| flowers | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 1,266 |
| heterozygous | violet | 468 |
| homozygous recessive | blue | 1,391 |
| SUM | 3,125 | |
In a field there are 1,266 red flowers, 468 violet flowers, and 1,391 blue flowers that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 56.4%, enter 0.564 on the blank. Your answer will be a decimal value between 0 and 1.
0.48 0.0099 NUM| butterflies | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 642 |
| heterozygous | orange | 1,716 |
| homozygous recessive | yellow | 767 |
| SUM | 3,125 | |
In a field there are 642 red butterflies, 1,716 orange butterflies, and 767 yellow butterflies that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 63.4%, enter 0.634 on the blank. Your answer will be a decimal value between 0 and 1.
0.48 0.0099 NUM| beetles | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 1,127 |
| heterozygous | pink | 621 |
| homozygous recessive | white | 1,377 |
| SUM | 3,125 | |
In a field there are 1,127 red beetles, 621 pink beetles, and 1,377 white beetles that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 67.2%, enter 0.672 on the blank. Your answer will be a decimal value between 0 and 1.
0.46 0.0099 NUM| fish | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 10,449 |
| heterozygous | orange | 602 |
| homozygous recessive | yellow | 1,449 |
| SUM | 12,500 | |
In a field there are 10,449 red fish, 602 orange fish, and 1,449 yellow fish that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 46.5%, enter 0.465 on the blank. Your answer will be a decimal value between 0 and 1.
0.86 0.0099 NUM| snakes | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 1,513 |
| heterozygous | violet | 1,224 |
| homozygous recessive | blue | 388 |
| SUM | 3,125 | |
In a field there are 1,513 red snakes, 1,224 violet snakes, and 388 blue snakes that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 48.3%, enter 0.483 on the blank. Your answer will be a decimal value between 0 and 1.
0.68 0.0099 NUM| snakes | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 1,602 |
| heterozygous | pink | 396 |
| homozygous recessive | white | 2 |
| SUM | 2,000 | |
In a field there are 1,602 red snakes, 396 pink snakes, and 2 white snakes that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 58.6%, enter 0.586 on the blank. Your answer will be a decimal value between 0 and 1.
0.90 0.0099 NUM| snakes | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 528 |
| heterozygous | orange | 1,694 |
| homozygous recessive | yellow | 903 |
| SUM | 3,125 | |
In a field there are 528 red snakes, 1,694 orange snakes, and 903 yellow snakes that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 68.7%, enter 0.687 on the blank. Your answer will be a decimal value between 0 and 1.
0.44 0.0099 NUM| frogs | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | blue | 2,552 |
| heterozygous | green | 396 |
| homozygous recessive | yellow | 177 |
| SUM | 3,125 | |
In a field there are 2,552 blue frogs, 396 green frogs, and 177 yellow frogs that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 65.7%, enter 0.657 on the blank. Your answer will be a decimal value between 0 and 1.
0.88 0.0099 NUM| ducks | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 329 |
| heterozygous | violet | 42 |
| homozygous recessive | blue | 129 |
| SUM | 500 | |
In a field there are 329 red ducks, 42 violet ducks, and 129 blue ducks that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 26.3%, enter 0.263 on the blank. Your answer will be a decimal value between 0 and 1.
0.70 0.0099 NUM| beetles | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 9 |
| heterozygous | pink | 22 |
| homozygous recessive | white | 9 |
| SUM | 40 | |
In a field there are 9 red beetles, 22 pink beetles, and 9 white beetles that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 52.3%, enter 0.523 on the blank. Your answer will be a decimal value between 0 and 1.
0.50 0.0099 NUM| flowers | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 24,059 |
| heterozygous | orange | 882 |
| homozygous recessive | yellow | 59 |
| SUM | 25,000 | |
In a field there are 24,059 red flowers, 882 orange flowers, and 59 yellow flowers that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 74.5%, enter 0.745 on the blank. Your answer will be a decimal value between 0 and 1.
0.98 0.0099 NUM| butterflies | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 1,424 |
| heterozygous | pink | 1,152 |
| homozygous recessive | white | 549 |
| SUM | 3,125 | |
In a field there are 1,424 red butterflies, 1,152 pink butterflies, and 549 white butterflies that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 86.2%, enter 0.862 on the blank. Your answer will be a decimal value between 0 and 1.
0.64 0.0099 NUM| birds | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 2,892 |
| heterozygous | violet | 216 |
| homozygous recessive | blue | 17 |
| SUM | 3,125 | |
In a field there are 2,892 red birds, 216 violet birds, and 17 blue birds that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 42.3%, enter 0.423 on the blank. Your answer will be a decimal value between 0 and 1.
0.96 0.0099 NUM| beetles | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 4,669 |
| heterozygous | violet | 13,662 |
| homozygous recessive | blue | 6,669 |
| SUM | 25,000 | |
In a field there are 4,669 red beetles, 13,662 violet beetles, and 6,669 blue beetles that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 67.3%, enter 0.673 on the blank. Your answer will be a decimal value between 0 and 1.
0.46 0.0099 NUM| fish | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | blue | 2,618 |
| heterozygous | green | 264 |
| homozygous recessive | yellow | 243 |
| SUM | 3,125 | |
In a field there are 2,618 blue fish, 264 green fish, and 243 yellow fish that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 62.4%, enter 0.624 on the blank. Your answer will be a decimal value between 0 and 1.
0.88 0.0099 NUM| beetles | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 1,057 |
| heterozygous | gray | 1,386 |
| homozygous recessive | white | 682 |
| SUM | 3,125 | |
In a field there are 1,057 black beetles, 1,386 gray beetles, and 682 white beetles that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 67.8%, enter 0.678 on the blank. Your answer will be a decimal value between 0 and 1.
0.56 0.0099 NUM| flowers | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 12,673 |
| heterozygous | orange | 3,654 |
| homozygous recessive | yellow | 8,673 |
| SUM | 25,000 | |
In a field there are 12,673 red flowers, 3,654 orange flowers, and 8,673 yellow flowers that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 24.3%, enter 0.243 on the blank. Your answer will be a decimal value between 0 and 1.
0.58 0.0099 NUM| fish | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | blue | 2,247 |
| heterozygous | green | 756 |
| homozygous recessive | yellow | 122 |
| SUM | 3,125 | |
In a field there are 2,247 blue fish, 756 green fish, and 122 yellow fish that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 47.3%, enter 0.473 on the blank. Your answer will be a decimal value between 0 and 1.
0.84 0.0099 NUM| fish | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 642 |
| heterozygous | orange | 1,716 |
| homozygous recessive | yellow | 767 |
| SUM | 3,125 | |
In a field there are 642 red fish, 1,716 orange fish, and 767 yellow fish that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 84.5%, enter 0.845 on the blank. Your answer will be a decimal value between 0 and 1.
0.48 0.0099 NUM| snakes | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 9,019 |
| heterozygous | pink | 10,962 |
| homozygous recessive | white | 5,019 |
| SUM | 25,000 | |
In a field there are 9,019 red snakes, 10,962 pink snakes, and 5,019 white snakes that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 47.8%, enter 0.478 on the blank. Your answer will be a decimal value between 0 and 1.
0.58 0.0099 NUM| snakes | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 14,781 |
| heterozygous | gray | 9,438 |
| homozygous recessive | white | 781 |
| SUM | 25,000 | |
In a field there are 14,781 black snakes, 9,438 gray snakes, and 781 white snakes that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 52.4%, enter 0.524 on the blank. Your answer will be a decimal value between 0 and 1.
0.78 0.0099 NUM| birds | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 18 |
| heterozygous | orange | 4 |
| homozygous recessive | yellow | 3 |
| SUM | 25 | |
In a field there are 18 red birds, 4 orange birds, and 3 yellow birds that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 54.3%, enter 0.543 on the blank. Your answer will be a decimal value between 0 and 1.
0.80 0.0099 NUM| butterflies | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | blue | 2,247 |
| heterozygous | green | 756 |
| homozygous recessive | yellow | 122 |
| SUM | 3,125 | |
In a field there are 2,247 blue butterflies, 756 green butterflies, and 122 yellow butterflies that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 42.3%, enter 0.423 on the blank. Your answer will be a decimal value between 0 and 1.
0.84 0.0099 NUM| snakes | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 1,057 |
| heterozygous | gray | 1,386 |
| homozygous recessive | white | 682 |
| SUM | 3,125 | |
In a field there are 1,057 black snakes, 1,386 gray snakes, and 682 white snakes that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 34.7%, enter 0.347 on the blank. Your answer will be a decimal value between 0 and 1.
0.56 0.0099 NUM| ducks | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 1,602 |
| heterozygous | gray | 396 |
| homozygous recessive | white | 2 |
| SUM | 2,000 | |
In a field there are 1,602 black ducks, 396 gray ducks, and 2 white ducks that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 27.5%, enter 0.275 on the blank. Your answer will be a decimal value between 0 and 1.
0.90 0.0099 NUM| butterflies | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 29,536 |
| heterozygous | violet | 44,928 |
| homozygous recessive | blue | 25,535 |
| SUM | 99,999 | |
In a field there are 29,536 red butterflies, 44,928 violet butterflies, and 25,535 blue butterflies that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 82.3%, enter 0.823 on the blank. Your answer will be a decimal value between 0 and 1.
0.52 0.0099 NUM| flowers | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 11 |
| heterozygous | pink | 18 |
| homozygous recessive | white | 11 |
| SUM | 40 | |
In a field there are 11 red flowers, 18 pink flowers, and 11 white flowers that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 57.2%, enter 0.572 on the blank. Your answer will be a decimal value between 0 and 1.
0.50 0.0099 NUM| snakes | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 1,266 |
| heterozygous | pink | 468 |
| homozygous recessive | white | 1,391 |
| SUM | 3,125 | |
In a field there are 1,266 red snakes, 468 pink snakes, and 1,391 white snakes that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 25.6%, enter 0.256 on the blank. Your answer will be a decimal value between 0 and 1.
0.48 0.0099 NUM| frogs | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 38 |
| heterozygous | orange | 24 |
| homozygous recessive | yellow | 63 |
| SUM | 125 | |
In a field there are 38 red frogs, 24 orange frogs, and 63 yellow frogs that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 32.4%, enter 0.324 on the blank. Your answer will be a decimal value between 0 and 1.
0.40 0.0099 NUM| birds | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 9,019 |
| heterozygous | pink | 10,962 |
| homozygous recessive | white | 5,019 |
| SUM | 25,000 | |
In a field there are 9,019 red birds, 10,962 pink birds, and 5,019 white birds that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 78.5%, enter 0.785 on the blank. Your answer will be a decimal value between 0 and 1.
0.58 0.0099 NUM| birds | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 5,983 |
| heterozygous | violet | 3,534 |
| homozygous recessive | blue | 2,983 |
| SUM | 12,500 | |
In a field there are 5,983 red birds, 3,534 violet birds, and 2,983 blue birds that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 82.3%, enter 0.823 on the blank. Your answer will be a decimal value between 0 and 1.
0.62 0.0099 NUM| frogs | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 29,536 |
| heterozygous | orange | 44,928 |
| homozygous recessive | yellow | 25,535 |
| SUM | 99,999 | |
In a field there are 29,536 red frogs, 44,928 orange frogs, and 25,535 yellow frogs that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 32.8%, enter 0.328 on the blank. Your answer will be a decimal value between 0 and 1.
0.52 0.0099 NUM| snakes | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 1,679 |
| heterozygous | orange | 1,242 |
| homozygous recessive | yellow | 2,079 |
| SUM | 5,000 | |
In a field there are 1,679 red snakes, 1,242 orange snakes, and 2,079 yellow snakes that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 57.2%, enter 0.572 on the blank. Your answer will be a decimal value between 0 and 1.
0.46 0.0099 NUM| flowers | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 1,557 |
| heterozygous | gray | 1,386 |
| homozygous recessive | white | 182 |
| SUM | 3,125 | |
In a field there are 1,557 black flowers, 1,386 gray flowers, and 182 white flowers that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 38.4%, enter 0.384 on the blank. Your answer will be a decimal value between 0 and 1.
0.72 0.0099 NUM| butterflies | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | blue | 18,791 |
| heterozygous | green | 5,418 |
| homozygous recessive | yellow | 791 |
| SUM | 25,000 | |
In a field there are 18,791 blue butterflies, 5,418 green butterflies, and 791 yellow butterflies that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 76.5%, enter 0.765 on the blank. Your answer will be a decimal value between 0 and 1.
0.86 0.0099 NUM| beetles | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 682 |
| heterozygous | pink | 1,386 |
| homozygous recessive | white | 1,057 |
| SUM | 3,125 | |
In a field there are 682 red beetles, 1,386 pink beetles, and 1,057 white beetles that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 54.7%, enter 0.547 on the blank. Your answer will be a decimal value between 0 and 1.
0.44 0.0099 NUM| beetles | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | blue | 26,751 |
| heterozygous | green | 34,496 |
| homozygous recessive | yellow | 38,752 |
| SUM | 99,999 | |
In a field there are 26,751 blue beetles, 34,496 green beetles, and 38,752 yellow beetles that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 48.7%, enter 0.487 on the blank. Your answer will be a decimal value between 0 and 1.
0.44 0.0099 NUM| fish | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 273 |
| heterozygous | pink | 154 |
| homozygous recessive | white | 198 |
| SUM | 625 | |
In a field there are 273 red fish, 154 pink fish, and 198 white fish that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 32.5%, enter 0.325 on the blank. Your answer will be a decimal value between 0 and 1.
0.56 0.0099 NUM| beetles | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 1,513 |
| heterozygous | orange | 1,224 |
| homozygous recessive | yellow | 388 |
| SUM | 3,125 | |
In a field there are 1,513 red beetles, 1,224 orange beetles, and 388 yellow beetles that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 28.4%, enter 0.284 on the blank. Your answer will be a decimal value between 0 and 1.
0.68 0.0099 NUM| beetles | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | blue | 1,442 |
| heterozygous | green | 616 |
| homozygous recessive | yellow | 1,067 |
| SUM | 3,125 | |
In a field there are 1,442 blue beetles, 616 green beetles, and 1,067 yellow beetles that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 57.6%, enter 0.576 on the blank. Your answer will be a decimal value between 0 and 1.
0.56 0.0099 NUM| birds | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 767 |
| heterozygous | gray | 1,716 |
| homozygous recessive | white | 642 |
| SUM | 3,125 | |
In a field there are 767 black birds, 1,716 gray birds, and 642 white birds that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 28.6%, enter 0.286 on the blank. Your answer will be a decimal value between 0 and 1.
0.52 0.0099 NUM| frogs | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 7,911 |
| heterozygous | gray | 11,178 |
| homozygous recessive | white | 5,911 |
| SUM | 25,000 | |
In a field there are 7,911 black frogs, 11,178 gray frogs, and 5,911 white frogs that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 26.7%, enter 0.267 on the blank. Your answer will be a decimal value between 0 and 1.
0.54 0.0099 NUM| ducks | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 10,199 |
| heterozygous | gray | 10,602 |
| homozygous recessive | white | 4,199 |
| SUM | 25,000 | |
In a field there are 10,199 black ducks, 10,602 gray ducks, and 4,199 white ducks that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 23.6%, enter 0.236 on the blank. Your answer will be a decimal value between 0 and 1.
0.62 0.0099 NUM| beetles | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | blue | 9,019 |
| heterozygous | green | 10,962 |
| homozygous recessive | yellow | 5,019 |
| SUM | 25,000 | |
In a field there are 9,019 blue beetles, 10,962 green beetles, and 5,019 yellow beetles that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 43.2%, enter 0.432 on the blank. Your answer will be a decimal value between 0 and 1.
0.58 0.0099 NUM| fish | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 31,204 |
| heterozygous | orange | 53,591 |
| homozygous recessive | yellow | 15,204 |
| SUM | 99,999 | |
In a field there are 31,204 red fish, 53,591 orange fish, and 15,204 yellow fish that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 28.3%, enter 0.283 on the blank. Your answer will be a decimal value between 0 and 1.
0.58 0.0099 NUM| beetles | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 1,057 |
| heterozygous | pink | 1,386 |
| homozygous recessive | white | 682 |
| SUM | 3,125 | |
In a field there are 1,057 red beetles, 1,386 pink beetles, and 682 white beetles that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 28.4%, enter 0.284 on the blank. Your answer will be a decimal value between 0 and 1.
0.56 0.0099 NUM| fish | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 5,911 |
| heterozygous | orange | 11,178 |
| homozygous recessive | yellow | 7,911 |
| SUM | 25,000 | |
In a field there are 5,911 red fish, 11,178 orange fish, and 7,911 yellow fish that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 53.4%, enter 0.534 on the blank. Your answer will be a decimal value between 0 and 1.
0.46 0.0099 NUM| frogs | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 17,057 |
| heterozygous | gray | 2,886 |
| homozygous recessive | white | 5,057 |
| SUM | 25,000 | |
In a field there are 17,057 black frogs, 2,886 gray frogs, and 5,057 white frogs that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 83.7%, enter 0.837 on the blank. Your answer will be a decimal value between 0 and 1.
0.74 0.0099 NUM| butterflies | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 3,219 |
| heterozygous | orange | 962 |
| homozygous recessive | yellow | 819 |
| SUM | 5,000 | |
In a field there are 3,219 red butterflies, 962 orange butterflies, and 819 yellow butterflies that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 67.4%, enter 0.674 on the blank. Your answer will be a decimal value between 0 and 1.
0.74 0.0099 NUM| snakes | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 61,407 |
| heterozygous | orange | 29,184 |
| homozygous recessive | yellow | 9,408 |
| SUM | 99,999 | |
In a field there are 61,407 red snakes, 29,184 orange snakes, and 9,408 yellow snakes that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 42.6%, enter 0.426 on the blank. Your answer will be a decimal value between 0 and 1.
0.76 0.0099 NUM| snakes | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 642 |
| heterozygous | gray | 1,716 |
| homozygous recessive | white | 767 |
| SUM | 3,125 | |
In a field there are 642 black snakes, 1,716 gray snakes, and 767 white snakes that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 68.3%, enter 0.683 on the blank. Your answer will be a decimal value between 0 and 1.
0.48 0.0099 NUM| ducks | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 11,327 |
| heterozygous | orange | 846 |
| homozygous recessive | yellow | 327 |
| SUM | 12,500 | |
In a field there are 11,327 red ducks, 846 orange ducks, and 327 yellow ducks that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 36.2%, enter 0.362 on the blank. Your answer will be a decimal value between 0 and 1.
0.94 0.0099 NUM| fish | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 1,513 |
| heterozygous | pink | 1,224 |
| homozygous recessive | white | 388 |
| SUM | 3,125 | |
In a field there are 1,513 red fish, 1,224 pink fish, and 388 white fish that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 76.4%, enter 0.764 on the blank. Your answer will be a decimal value between 0 and 1.
0.68 0.0099 NUM| butterflies | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 7,911 |
| heterozygous | orange | 11,178 |
| homozygous recessive | yellow | 5,911 |
| SUM | 25,000 | |
In a field there are 7,911 red butterflies, 11,178 orange butterflies, and 5,911 yellow butterflies that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 37.5%, enter 0.375 on the blank. Your answer will be a decimal value between 0 and 1.
0.54 0.0099 NUM| beetles | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 41,216 |
| heterozygous | orange | 29,568 |
| homozygous recessive | yellow | 29,215 |
| SUM | 99,999 | |
In a field there are 41,216 red beetles, 29,568 orange beetles, and 29,215 yellow beetles that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 43.2%, enter 0.432 on the blank. Your answer will be a decimal value between 0 and 1.
0.56 0.0099 NUM| snakes | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 48 |
| heterozygous | gray | 54 |
| homozygous recessive | white | 23 |
| SUM | 125 | |
In a field there are 48 black snakes, 54 gray snakes, and 23 white snakes that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 75.4%, enter 0.754 on the blank. Your answer will be a decimal value between 0 and 1.
0.60 0.0099 NUM| beetles | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | blue | 1,853 |
| heterozygous | green | 544 |
| homozygous recessive | yellow | 728 |
| SUM | 3,125 | |
In a field there are 1,853 blue beetles, 544 green beetles, and 728 yellow beetles that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 56.8%, enter 0.568 on the blank. Your answer will be a decimal value between 0 and 1.
0.68 0.0099 NUM| frogs | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 31,204 |
| heterozygous | gray | 53,591 |
| homozygous recessive | white | 15,204 |
| SUM | 99,999 | |
In a field there are 31,204 black frogs, 53,591 gray frogs, and 15,204 white frogs that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 57.3%, enter 0.573 on the blank. Your answer will be a decimal value between 0 and 1.
0.58 0.0099 NUM| snakes | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 1 |
| heterozygous | pink | 0 |
| homozygous recessive | white | 0 |
| SUM | 1 | |
In a field there are 1 red snakes, 0 pink snakes, and 0 white snakes that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 73.5%, enter 0.735 on the blank. Your answer will be a decimal value between 0 and 1.
1.00 0.0099 NUM| fish | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 47,200 |
| heterozygous | violet | -14,399 |
| homozygous recessive | blue | 67,200 |
| SUM | 100,001 | |
In a field there are 47,200 red fish, -14,399 violet fish, and 67,200 blue fish that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 78.6%, enter 0.786 on the blank. Your answer will be a decimal value between 0 and 1.
0.40 0.0099 NUM| fish | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 511 |
| heterozygous | gray | 378 |
| homozygous recessive | white | 111 |
| SUM | 1,000 | |
In a field there are 511 black fish, 378 gray fish, and 111 white fish that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 76.3%, enter 0.763 on the blank. Your answer will be a decimal value between 0 and 1.
0.70 0.0099 NUM| flowers | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 31,204 |
| heterozygous | violet | 53,591 |
| homozygous recessive | blue | 15,204 |
| SUM | 99,999 | |
In a field there are 31,204 red flowers, 53,591 violet flowers, and 15,204 blue flowers that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 42.8%, enter 0.428 on the blank. Your answer will be a decimal value between 0 and 1.
0.58 0.0099 NUM| birds | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 9 |
| heterozygous | violet | 22 |
| homozygous recessive | blue | 9 |
| SUM | 40 | |
In a field there are 9 red birds, 22 violet birds, and 9 blue birds that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 23.4%, enter 0.234 on the blank. Your answer will be a decimal value between 0 and 1.
0.50 0.0099 NUM| ducks | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 62,556 |
| heterozygous | orange | 30,888 |
| homozygous recessive | yellow | 6,555 |
| SUM | 99,999 | |
In a field there are 62,556 red ducks, 30,888 orange ducks, and 6,555 yellow ducks that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 46.5%, enter 0.465 on the blank. Your answer will be a decimal value between 0 and 1.
0.78 0.0099 NUM| birds | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | blue | 92 |
| heterozygous | green | 16 |
| homozygous recessive | yellow | 17 |
| SUM | 125 | |
In a field there are 92 blue birds, 16 green birds, and 17 yellow birds that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 26.4%, enter 0.264 on the blank. Your answer will be a decimal value between 0 and 1.
0.80 0.0099 NUM| ducks | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 1,557 |
| heterozygous | orange | 1,386 |
| homozygous recessive | yellow | 182 |
| SUM | 3,125 | |
In a field there are 1,557 red ducks, 1,386 orange ducks, and 182 yellow ducks that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 74.6%, enter 0.746 on the blank. Your answer will be a decimal value between 0 and 1.
0.72 0.0099 NUM| flowers | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 1,352 |
| heterozygous | violet | 1,296 |
| homozygous recessive | blue | 477 |
| SUM | 3,125 | |
In a field there are 1,352 red flowers, 1,296 violet flowers, and 477 blue flowers that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 86.3%, enter 0.863 on the blank. Your answer will be a decimal value between 0 and 1.
0.64 0.0099 NUM| butterflies | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 10,449 |
| heterozygous | pink | 602 |
| homozygous recessive | white | 1,449 |
| SUM | 12,500 | |
In a field there are 10,449 red butterflies, 602 pink butterflies, and 1,449 white butterflies that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 34.6%, enter 0.346 on the blank. Your answer will be a decimal value between 0 and 1.
0.86 0.0099 NUM| ducks | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | blue | 1 |
| heterozygous | green | 0 |
| homozygous recessive | yellow | 0 |
| SUM | 1 | |
In a field there are 1 blue ducks, 0 green ducks, and 0 yellow ducks that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 48.7%, enter 0.487 on the blank. Your answer will be a decimal value between 0 and 1.
1.00 0.0099 NUM| flowers | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | blue | 62,556 |
| heterozygous | green | 30,888 |
| homozygous recessive | yellow | 6,555 |
| SUM | 99,999 | |
In a field there are 62,556 blue flowers, 30,888 green flowers, and 6,555 yellow flowers that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 34.5%, enter 0.345 on the blank. Your answer will be a decimal value between 0 and 1.
0.78 0.0099 NUM| beetles | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 9 |
| heterozygous | pink | 22 |
| homozygous recessive | white | 9 |
| SUM | 40 | |
In a field there are 9 red beetles, 22 pink beetles, and 9 white beetles that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 65.3%, enter 0.653 on the blank. Your answer will be a decimal value between 0 and 1.
0.50 0.0099 NUM| snakes | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 10,329 |
| heterozygous | pink | 12,342 |
| homozygous recessive | white | 2,329 |
| SUM | 25,000 | |
In a field there are 10,329 red snakes, 12,342 pink snakes, and 2,329 white snakes that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 56.2%, enter 0.562 on the blank. Your answer will be a decimal value between 0 and 1.
0.66 0.0099 NUM| frogs | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 1 |
| heterozygous | violet | 0 |
| homozygous recessive | blue | 0 |
| SUM | 1 | |
In a field there are 1 red frogs, 0 violet frogs, and 0 blue frogs that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 52.7%, enter 0.527 on the blank. Your answer will be a decimal value between 0 and 1.
1.00 0.0099 NUM| frogs | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 14,171 |
| heterozygous | pink | 8,658 |
| homozygous recessive | white | 2,171 |
| SUM | 25,000 | |
In a field there are 14,171 red frogs, 8,658 pink frogs, and 2,171 white frogs that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 67.2%, enter 0.672 on the blank. Your answer will be a decimal value between 0 and 1.
0.74 0.0099 NUM| flowers | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | blue | 2,124 |
| heterozygous | green | 252 |
| homozygous recessive | yellow | 749 |
| SUM | 3,125 | |
In a field there are 2,124 blue flowers, 252 green flowers, and 749 yellow flowers that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 62.8%, enter 0.628 on the blank. Your answer will be a decimal value between 0 and 1.
0.72 0.0099 NUM| frogs | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 10,199 |
| heterozygous | gray | 10,602 |
| homozygous recessive | white | 4,199 |
| SUM | 25,000 | |
In a field there are 10,199 black frogs, 10,602 gray frogs, and 4,199 white frogs that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 32.4%, enter 0.324 on the blank. Your answer will be a decimal value between 0 and 1.
0.62 0.0099 NUM| ducks | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | blue | 5,129 |
| heterozygous | green | 1,242 |
| homozygous recessive | yellow | 6,129 |
| SUM | 12,500 | |
In a field there are 5,129 blue ducks, 1,242 green ducks, and 6,129 yellow ducks that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 83.5%, enter 0.835 on the blank. Your answer will be a decimal value between 0 and 1.
0.46 0.0099 NUM| beetles | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 2,511 |
| heterozygous | orange | 1,178 |
| homozygous recessive | yellow | 1,311 |
| SUM | 5,000 | |
In a field there are 2,511 red beetles, 1,178 orange beetles, and 1,311 yellow beetles that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 32.5%, enter 0.325 on the blank. Your answer will be a decimal value between 0 and 1.
0.62 0.0099 NUM| butterflies | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 11 |
| heterozygous | gray | 18 |
| homozygous recessive | white | 11 |
| SUM | 40 | |
In a field there are 11 black butterflies, 18 gray butterflies, and 11 white butterflies that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 64.8%, enter 0.648 on the blank. Your answer will be a decimal value between 0 and 1.
0.50 0.0099 NUM| butterflies | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 682 |
| heterozygous | orange | 1,386 |
| homozygous recessive | yellow | 1,057 |
| SUM | 3,125 | |
In a field there are 682 red butterflies, 1,386 orange butterflies, and 1,057 yellow butterflies that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 57.4%, enter 0.574 on the blank. Your answer will be a decimal value between 0 and 1.
0.44 0.0099 NUM| birds | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 31,204 |
| heterozygous | pink | 53,591 |
| homozygous recessive | white | 15,204 |
| SUM | 99,999 | |
In a field there are 31,204 red birds, 53,591 pink birds, and 15,204 white birds that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 46.3%, enter 0.463 on the blank. Your answer will be a decimal value between 0 and 1.
0.58 0.0099 NUM| flowers | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | blue | 1,057 |
| heterozygous | green | 1,386 |
| homozygous recessive | yellow | 682 |
| SUM | 3,125 | |
In a field there are 1,057 blue flowers, 1,386 green flowers, and 682 yellow flowers that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 57.2%, enter 0.572 on the blank. Your answer will be a decimal value between 0 and 1.
0.56 0.0099 NUM| beetles | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 26,751 |
| heterozygous | violet | 34,496 |
| homozygous recessive | blue | 38,752 |
| SUM | 99,999 | |
In a field there are 26,751 red beetles, 34,496 violet beetles, and 38,752 blue beetles that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 87.4%, enter 0.874 on the blank. Your answer will be a decimal value between 0 and 1.
0.44 0.0099 NUM| butterflies | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 2,486 |
| heterozygous | violet | 528 |
| homozygous recessive | blue | 111 |
| SUM | 3,125 | |
In a field there are 2,486 red butterflies, 528 violet butterflies, and 111 blue butterflies that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 58.2%, enter 0.582 on the blank. Your answer will be a decimal value between 0 and 1.
0.88 0.0099 NUM| snakes | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 9 |
| heterozygous | orange | 22 |
| homozygous recessive | yellow | 9 |
| SUM | 40 | |
In a field there are 9 red snakes, 22 orange snakes, and 9 yellow snakes that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 64.5%, enter 0.645 on the blank. Your answer will be a decimal value between 0 and 1.
0.50 0.0099 NUM| flowers | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | blue | 17,179 |
| heterozygous | green | 6,642 |
| homozygous recessive | yellow | 1,179 |
| SUM | 25,000 | |
In a field there are 17,179 blue flowers, 6,642 green flowers, and 1,179 yellow flowers that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 68.4%, enter 0.684 on the blank. Your answer will be a decimal value between 0 and 1.
0.82 0.0099 NUM| birds | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 7,689 |
| heterozygous | orange | 1,122 |
| homozygous recessive | yellow | 3,689 |
| SUM | 12,500 | |
In a field there are 7,689 red birds, 1,122 orange birds, and 3,689 yellow birds that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 28.3%, enter 0.283 on the blank. Your answer will be a decimal value between 0 and 1.
0.66 0.0099 NUM| fish | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 7,911 |
| heterozygous | violet | 11,178 |
| homozygous recessive | blue | 5,911 |
| SUM | 25,000 | |
In a field there are 7,911 red fish, 11,178 violet fish, and 5,911 blue fish that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 37.6%, enter 0.376 on the blank. Your answer will be a decimal value between 0 and 1.
0.54 0.0099 NUM| fish | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 15,204 |
| heterozygous | orange | 53,591 |
| homozygous recessive | yellow | 31,204 |
| SUM | 99,999 | |
In a field there are 15,204 red fish, 53,591 orange fish, and 31,204 yellow fish that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 57.8%, enter 0.578 on the blank. Your answer will be a decimal value between 0 and 1.
0.42 0.0099 NUM| beetles | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 1,784 |
| heterozygous | orange | 432 |
| homozygous recessive | yellow | 909 |
| SUM | 3,125 | |
In a field there are 1,784 red beetles, 432 orange beetles, and 909 yellow beetles that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 47.5%, enter 0.475 on the blank. Your answer will be a decimal value between 0 and 1.
0.64 0.0099 NUM| snakes | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 5,911 |
| heterozygous | orange | 11,178 |
| homozygous recessive | yellow | 7,911 |
| SUM | 25,000 | |
In a field there are 5,911 red snakes, 11,178 orange snakes, and 7,911 yellow snakes that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 56.7%, enter 0.567 on the blank. Your answer will be a decimal value between 0 and 1.
0.46 0.0099 NUM| beetles | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 6,669 |
| heterozygous | gray | 13,662 |
| homozygous recessive | white | 4,669 |
| SUM | 25,000 | |
In a field there are 6,669 black beetles, 13,662 gray beetles, and 4,669 white beetles that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 23.4%, enter 0.234 on the blank. Your answer will be a decimal value between 0 and 1.
0.54 0.0099 NUM| ducks | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | blue | 3 |
| heterozygous | green | 4 |
| homozygous recessive | yellow | 3 |
| SUM | 10 | |
In a field there are 3 blue ducks, 4 green ducks, and 3 yellow ducks that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 63.2%, enter 0.632 on the blank. Your answer will be a decimal value between 0 and 1.
0.50 0.0099 NUM| flowers | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 3,471 |
| heterozygous | gray | 858 |
| homozygous recessive | white | 671 |
| SUM | 5,000 | |
In a field there are 3,471 black flowers, 858 gray flowers, and 671 white flowers that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 78.5%, enter 0.785 on the blank. Your answer will be a decimal value between 0 and 1.
0.78 0.0099 NUM| butterflies | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 3,003 |
| heterozygous | violet | 2,244 |
| homozygous recessive | blue | 1,003 |
| SUM | 6,250 | |
In a field there are 3,003 red butterflies, 2,244 violet butterflies, and 1,003 blue butterflies that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 35.2%, enter 0.352 on the blank. Your answer will be a decimal value between 0 and 1.
0.66 0.0099 NUM| fish | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 483 |
| heterozygous | gray | 84 |
| homozygous recessive | white | 58 |
| SUM | 625 | |
In a field there are 483 black fish, 84 gray fish, and 58 white fish that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 84.2%, enter 0.842 on the blank. Your answer will be a decimal value between 0 and 1.
0.84 0.0099 NUM| frogs | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | blue | 2,453 |
| heterozygous | green | 594 |
| homozygous recessive | yellow | 78 |
| SUM | 3,125 | |
In a field there are 2,453 blue frogs, 594 green frogs, and 78 yellow frogs that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 35.6%, enter 0.356 on the blank. Your answer will be a decimal value between 0 and 1.
0.88 0.0099 NUM| beetles | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 18,791 |
| heterozygous | gray | 5,418 |
| homozygous recessive | white | 791 |
| SUM | 25,000 | |
In a field there are 18,791 black beetles, 5,418 gray beetles, and 791 white beetles that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 64.3%, enter 0.643 on the blank. Your answer will be a decimal value between 0 and 1.
0.86 0.0099 NUM| butterflies | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 23 |
| heterozygous | gray | 54 |
| homozygous recessive | white | 48 |
| SUM | 125 | |
In a field there are 23 black butterflies, 54 gray butterflies, and 48 white butterflies that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 28.3%, enter 0.283 on the blank. Your answer will be a decimal value between 0 and 1.
0.40 0.0099 NUM| snakes | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 48 |
| heterozygous | pink | 54 |
| homozygous recessive | white | 23 |
| SUM | 125 | |
In a field there are 48 red snakes, 54 pink snakes, and 23 white snakes that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 26.5%, enter 0.265 on the blank. Your answer will be a decimal value between 0 and 1.
0.60 0.0099 NUM| butterflies | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 17,179 |
| heterozygous | orange | 6,642 |
| homozygous recessive | yellow | 1,179 |
| SUM | 25,000 | |
In a field there are 17,179 red butterflies, 6,642 orange butterflies, and 1,179 yellow butterflies that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 75.8%, enter 0.758 on the blank. Your answer will be a decimal value between 0 and 1.
0.82 0.0099 NUM| birds | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 18,791 |
| heterozygous | violet | 5,418 |
| homozygous recessive | blue | 791 |
| SUM | 25,000 | |
In a field there are 18,791 red birds, 5,418 violet birds, and 791 blue birds that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 54.7%, enter 0.547 on the blank. Your answer will be a decimal value between 0 and 1.
0.86 0.0099 NUM| snakes | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 19,393 |
| heterozygous | violet | 4,214 |
| homozygous recessive | blue | 1,393 |
| SUM | 25,000 | |
In a field there are 19,393 red snakes, 4,214 violet snakes, and 1,393 blue snakes that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 47.6%, enter 0.476 on the blank. Your answer will be a decimal value between 0 and 1.
0.86 0.0099 NUM| frogs | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 51 |
| heterozygous | gray | 48 |
| homozygous recessive | white | 26 |
| SUM | 125 | |
In a field there are 51 black frogs, 48 gray frogs, and 26 white frogs that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 76.3%, enter 0.763 on the blank. Your answer will be a decimal value between 0 and 1.
0.60 0.0099 NUM| beetles | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 1,683 |
| heterozygous | pink | 1,134 |
| homozygous recessive | white | 308 |
| SUM | 3,125 | |
In a field there are 1,683 red beetles, 1,134 pink beetles, and 308 white beetles that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 42.5%, enter 0.425 on the blank. Your answer will be a decimal value between 0 and 1.
0.72 0.0099 NUM| flowers | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 9,153 |
| heterozygous | orange | 8,694 |
| homozygous recessive | yellow | 7,153 |
| SUM | 25,000 | |
In a field there are 9,153 red flowers, 8,694 orange flowers, and 7,153 yellow flowers that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 26.7%, enter 0.267 on the blank. Your answer will be a decimal value between 0 and 1.
0.54 0.0099 NUM| fish | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 1,683 |
| heterozygous | gray | 1,134 |
| homozygous recessive | white | 308 |
| SUM | 3,125 | |
In a field there are 1,683 black fish, 1,134 gray fish, and 308 white fish that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 26.8%, enter 0.268 on the blank. Your answer will be a decimal value between 0 and 1.
0.72 0.0099 NUM| beetles | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 22,231 |
| heterozygous | pink | 2,538 |
| homozygous recessive | white | 231 |
| SUM | 25,000 | |
In a field there are 22,231 red beetles, 2,538 pink beetles, and 231 white beetles that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 74.5%, enter 0.745 on the blank. Your answer will be a decimal value between 0 and 1.
0.94 0.0099 NUM| butterflies | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 2,147 |
| heterozygous | orange | 456 |
| homozygous recessive | yellow | 522 |
| SUM | 3,125 | |
In a field there are 2,147 red butterflies, 456 orange butterflies, and 522 yellow butterflies that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 24.5%, enter 0.245 on the blank. Your answer will be a decimal value between 0 and 1.
0.76 0.0099 NUM| fish | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 2,691 |
| heterozygous | orange | 368 |
| homozygous recessive | yellow | 66 |
| SUM | 3,125 | |
In a field there are 2,691 red fish, 368 orange fish, and 66 yellow fish that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 58.4%, enter 0.584 on the blank. Your answer will be a decimal value between 0 and 1.
0.92 0.0099 NUM| birds | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 23 |
| heterozygous | violet | 54 |
| homozygous recessive | blue | 48 |
| SUM | 125 | |
In a field there are 23 red birds, 54 violet birds, and 48 blue birds that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 85.4%, enter 0.854 on the blank. Your answer will be a decimal value between 0 and 1.
0.40 0.0099 NUM| ducks | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 5,019 |
| heterozygous | gray | 10,962 |
| homozygous recessive | white | 9,019 |
| SUM | 25,000 | |
In a field there are 5,019 black ducks, 10,962 gray ducks, and 9,019 white ducks that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 48.6%, enter 0.486 on the blank. Your answer will be a decimal value between 0 and 1.
0.42 0.0099 NUM| flowers | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 14,781 |
| heterozygous | violet | 9,438 |
| homozygous recessive | blue | 781 |
| SUM | 25,000 | |
In a field there are 14,781 red flowers, 9,438 violet flowers, and 781 blue flowers that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 23.6%, enter 0.236 on the blank. Your answer will be a decimal value between 0 and 1.
0.78 0.0099 NUM| snakes | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 1,057 |
| heterozygous | gray | 1,386 |
| homozygous recessive | white | 682 |
| SUM | 3,125 | |
In a field there are 1,057 black snakes, 1,386 gray snakes, and 682 white snakes that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 35.7%, enter 0.357 on the blank. Your answer will be a decimal value between 0 and 1.
0.56 0.0099 NUM| fish | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 3,731 |
| heterozygous | gray | 738 |
| homozygous recessive | white | 531 |
| SUM | 5,000 | |
In a field there are 3,731 black fish, 738 gray fish, and 531 white fish that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 36.4%, enter 0.364 on the blank. Your answer will be a decimal value between 0 and 1.
0.82 0.0099 NUM| flowers | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 62,556 |
| heterozygous | violet | 30,888 |
| homozygous recessive | blue | 6,555 |
| SUM | 99,999 | |
In a field there are 62,556 red flowers, 30,888 violet flowers, and 6,555 blue flowers that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 67.8%, enter 0.678 on the blank. Your answer will be a decimal value between 0 and 1.
0.78 0.0099 NUM| butterflies | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 2,061 |
| heterozygous | gray | 378 |
| homozygous recessive | white | 686 |
| SUM | 3,125 | |
In a field there are 2,061 black butterflies, 378 gray butterflies, and 686 white butterflies that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 85.4%, enter 0.854 on the blank. Your answer will be a decimal value between 0 and 1.
0.72 0.0099 NUM| butterflies | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 1 |
| heterozygous | violet | 0 |
| homozygous recessive | blue | 0 |
| SUM | 1 | |
In a field there are 1 red butterflies, 0 violet butterflies, and 0 blue butterflies that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 38.4%, enter 0.384 on the blank. Your answer will be a decimal value between 0 and 1.
1.00 0.0099 NUM| frogs | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 7,807 |
| heterozygous | violet | 2,886 |
| homozygous recessive | blue | 1,807 |
| SUM | 12,500 | |
In a field there are 7,807 red frogs, 2,886 violet frogs, and 1,807 blue frogs that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 87.5%, enter 0.875 on the blank. Your answer will be a decimal value between 0 and 1.
0.74 0.0099 NUM| butterflies | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 29,536 |
| heterozygous | pink | 44,928 |
| homozygous recessive | white | 25,535 |
| SUM | 99,999 | |
In a field there are 29,536 red butterflies, 44,928 pink butterflies, and 25,535 white butterflies that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 82.7%, enter 0.827 on the blank. Your answer will be a decimal value between 0 and 1.
0.52 0.0099 NUM| butterflies | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 11,451 |
| heterozygous | orange | 10,098 |
| homozygous recessive | yellow | 3,451 |
| SUM | 25,000 | |
In a field there are 11,451 red butterflies, 10,098 orange butterflies, and 3,451 yellow butterflies that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 36.5%, enter 0.365 on the blank. Your answer will be a decimal value between 0 and 1.
0.66 0.0099 NUM| beetles | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | blue | 94 |
| heterozygous | green | 12 |
| homozygous recessive | yellow | 19 |
| SUM | 125 | |
In a field there are 94 blue beetles, 12 green beetles, and 19 yellow beetles that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 24.5%, enter 0.245 on the blank. Your answer will be a decimal value between 0 and 1.
0.80 0.0099 NUM| snakes | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 552 |
| heterozygous | violet | 46 |
| homozygous recessive | blue | 27 |
| SUM | 625 | |
In a field there are 552 red snakes, 46 violet snakes, and 27 blue snakes that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 74.5%, enter 0.745 on the blank. Your answer will be a decimal value between 0 and 1.
0.92 0.0099 NUM| snakes | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 67,200 |
| heterozygous | gray | 25,600 |
| homozygous recessive | white | 7,199 |
| SUM | 99,999 | |
In a field there are 67,200 black snakes, 25,600 gray snakes, and 7,199 white snakes that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 34.5%, enter 0.345 on the blank. Your answer will be a decimal value between 0 and 1.
0.80 0.0099 NUM| butterflies | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 903 |
| heterozygous | violet | 1,694 |
| homozygous recessive | blue | 528 |
| SUM | 3,125 | |
In a field there are 903 red butterflies, 1,694 violet butterflies, and 528 blue butterflies that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 84.6%, enter 0.846 on the blank. Your answer will be a decimal value between 0 and 1.
0.56 0.0099 NUM| birds | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 387 |
| heterozygous | pink | 126 |
| homozygous recessive | white | 112 |
| SUM | 625 | |
In a field there are 387 red birds, 126 pink birds, and 112 white birds that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 68.3%, enter 0.683 on the blank. Your answer will be a decimal value between 0 and 1.
0.72 0.0099 NUM| fish | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 18,791 |
| heterozygous | orange | 5,418 |
| homozygous recessive | yellow | 791 |
| SUM | 25,000 | |
In a field there are 18,791 red fish, 5,418 orange fish, and 791 yellow fish that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 43.5%, enter 0.435 on the blank. Your answer will be a decimal value between 0 and 1.
0.86 0.0099 NUM| butterflies | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | blue | 6,027 |
| heterozygous | green | 196 |
| homozygous recessive | yellow | 27 |
| SUM | 6,250 | |
In a field there are 6,027 blue butterflies, 196 green butterflies, and 27 yellow butterflies that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 78.6%, enter 0.786 on the blank. Your answer will be a decimal value between 0 and 1.
0.98 0.0099 NUM| frogs | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 13,733 |
| heterozygous | orange | 3,534 |
| homozygous recessive | yellow | 7,733 |
| SUM | 25,000 | |
In a field there are 13,733 red frogs, 3,534 orange frogs, and 7,733 yellow frogs that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 45.2%, enter 0.452 on the blank. Your answer will be a decimal value between 0 and 1.
0.62 0.0099 NUM| butterflies | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 2,124 |
| heterozygous | pink | 252 |
| homozygous recessive | white | 749 |
| SUM | 3,125 | |
In a field there are 2,124 red butterflies, 252 pink butterflies, and 749 white butterflies that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 64.5%, enter 0.645 on the blank. Your answer will be a decimal value between 0 and 1.
0.72 0.0099 NUM| flowers | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 1,862 |
| heterozygous | orange | 1,026 |
| homozygous recessive | yellow | 237 |
| SUM | 3,125 | |
In a field there are 1,862 red flowers, 1,026 orange flowers, and 237 yellow flowers that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 83.2%, enter 0.832 on the blank. Your answer will be a decimal value between 0 and 1.
0.76 0.0099 NUM| fish | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 2,204 |
| heterozygous | pink | 342 |
| homozygous recessive | white | 579 |
| SUM | 3,125 | |
In a field there are 2,204 red fish, 342 pink fish, and 579 white fish that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 64.2%, enter 0.642 on the blank. Your answer will be a decimal value between 0 and 1.
0.76 0.0099 NUM| frogs | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 59,268 |
| heterozygous | orange | 13,464 |
| homozygous recessive | yellow | 27,267 |
| SUM | 99,999 | |
In a field there are 59,268 red frogs, 13,464 orange frogs, and 27,267 yellow frogs that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 68.3%, enter 0.683 on the blank. Your answer will be a decimal value between 0 and 1.
0.66 0.0099 NUM| butterflies | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 11 |
| heterozygous | gray | 18 |
| homozygous recessive | white | 11 |
| SUM | 40 | |
In a field there are 11 black butterflies, 18 gray butterflies, and 11 white butterflies that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 34.7%, enter 0.347 on the blank. Your answer will be a decimal value between 0 and 1.
0.50 0.0099 NUM| flowers | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 1 |
| heterozygous | orange | 0 |
| homozygous recessive | yellow | 0 |
| SUM | 1 | |
In a field there are 1 red flowers, 0 orange flowers, and 0 yellow flowers that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 25.3%, enter 0.253 on the blank. Your answer will be a decimal value between 0 and 1.
1.00 0.0099 NUM| snakes | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 1,208 |
| heterozygous | orange | 1,584 |
| homozygous recessive | yellow | 333 |
| SUM | 3,125 | |
In a field there are 1,208 red snakes, 1,584 orange snakes, and 333 yellow snakes that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 65.3%, enter 0.653 on the blank. Your answer will be a decimal value between 0 and 1.
0.64 0.0099 NUM| flowers | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 78 |
| heterozygous | pink | 44 |
| homozygous recessive | white | 3 |
| SUM | 125 | |
In a field there are 78 red flowers, 44 pink flowers, and 3 white flowers that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 36.5%, enter 0.365 on the blank. Your answer will be a decimal value between 0 and 1.
0.80 0.0099 NUM| butterflies | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 45,600 |
| heterozygous | violet | 28,799 |
| homozygous recessive | blue | 25,600 |
| SUM | 99,999 | |
In a field there are 45,600 red butterflies, 28,799 violet butterflies, and 25,600 blue butterflies that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 53.8%, enter 0.538 on the blank. Your answer will be a decimal value between 0 and 1.
0.60 0.0099 NUM| fish | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 10,199 |
| heterozygous | orange | 10,602 |
| homozygous recessive | yellow | 4,199 |
| SUM | 25,000 | |
In a field there are 10,199 red fish, 10,602 orange fish, and 4,199 yellow fish that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 48.7%, enter 0.487 on the blank. Your answer will be a decimal value between 0 and 1.
0.62 0.0099 NUM| fish | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | blue | 17 |
| heterozygous | green | 6 |
| homozygous recessive | yellow | 17 |
| SUM | 40 | |
In a field there are 17 blue fish, 6 green fish, and 17 yellow fish that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 62.4%, enter 0.624 on the blank. Your answer will be a decimal value between 0 and 1.
0.50 0.0099 NUM| snakes | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 9,021 |
| heterozygous | gray | 12,958 |
| homozygous recessive | white | 3,021 |
| SUM | 25,000 | |
In a field there are 9,021 black snakes, 12,958 gray snakes, and 3,021 white snakes that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 23.7%, enter 0.237 on the blank. Your answer will be a decimal value between 0 and 1.
0.62 0.0099 NUM| snakes | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | blue | 48 |
| heterozygous | green | 54 |
| homozygous recessive | yellow | 23 |
| SUM | 125 | |
In a field there are 48 blue snakes, 54 green snakes, and 23 yellow snakes that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 67.2%, enter 0.672 on the blank. Your answer will be a decimal value between 0 and 1.
0.60 0.0099 NUM| butterflies | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | blue | 511 |
| heterozygous | green | 378 |
| homozygous recessive | yellow | 111 |
| SUM | 1,000 | |
In a field there are 511 blue butterflies, 378 green butterflies, and 111 yellow butterflies that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 75.3%, enter 0.753 on the blank. Your answer will be a decimal value between 0 and 1.
0.70 0.0099 NUM| birds | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 11 |
| heterozygous | pink | 18 |
| homozygous recessive | white | 11 |
| SUM | 40 | |
In a field there are 11 red birds, 18 pink birds, and 11 white birds that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 37.5%, enter 0.375 on the blank. Your answer will be a decimal value between 0 and 1.
0.50 0.0099 NUM| fish | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 3,038 |
| heterozygous | orange | 49 |
| homozygous recessive | yellow | 38 |
| SUM | 3,125 | |
In a field there are 3,038 red fish, 49 orange fish, and 38 yellow fish that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 63.5%, enter 0.635 on the blank. Your answer will be a decimal value between 0 and 1.
0.98 0.0099 NUM| birds | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 51,515 |
| heterozygous | pink | 4,968 |
| homozygous recessive | white | 43,516 |
| SUM | 99,999 | |
In a field there are 51,515 red birds, 4,968 pink birds, and 43,516 white birds that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 28.5%, enter 0.285 on the blank. Your answer will be a decimal value between 0 and 1.
0.54 0.0099 NUM| ducks | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | blue | 1 |
| heterozygous | green | 0 |
| homozygous recessive | yellow | 0 |
| SUM | 1 | |
In a field there are 1 blue ducks, 0 green ducks, and 0 yellow ducks that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 46.7%, enter 0.467 on the blank. Your answer will be a decimal value between 0 and 1.
1.00 0.0099 NUM| fish | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 1,683 |
| heterozygous | violet | 1,134 |
| homozygous recessive | blue | 308 |
| SUM | 3,125 | |
In a field there are 1,683 red fish, 1,134 violet fish, and 308 blue fish that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 56.4%, enter 0.564 on the blank. Your answer will be a decimal value between 0 and 1.
0.72 0.0099 NUM| birds | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 903 |
| heterozygous | pink | 1,694 |
| homozygous recessive | white | 528 |
| SUM | 3,125 | |
In a field there are 903 red birds, 1,694 pink birds, and 528 white birds that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 46.8%, enter 0.468 on the blank. Your answer will be a decimal value between 0 and 1.
0.56 0.0099 NUM| snakes | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | blue | 1,602 |
| heterozygous | green | 396 |
| homozygous recessive | yellow | 2 |
| SUM | 2,000 | |
In a field there are 1,602 blue snakes, 396 green snakes, and 2 yellow snakes that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 68.5%, enter 0.685 on the blank. Your answer will be a decimal value between 0 and 1.
0.90 0.0099 NUM| frogs | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | blue | 3,219 |
| heterozygous | green | 962 |
| homozygous recessive | yellow | 819 |
| SUM | 5,000 | |
In a field there are 3,219 blue frogs, 962 green frogs, and 819 yellow frogs that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 46.7%, enter 0.467 on the blank. Your answer will be a decimal value between 0 and 1.
0.74 0.0099 NUM| ducks | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 59,904 |
| heterozygous | orange | 24,192 |
| homozygous recessive | yellow | 15,903 |
| SUM | 99,999 | |
In a field there are 59,904 red ducks, 24,192 orange ducks, and 15,903 yellow ducks that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 62.7%, enter 0.627 on the blank. Your answer will be a decimal value between 0 and 1.
0.72 0.0099 NUM| butterflies | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | blue | 18,189 |
| heterozygous | green | 6,622 |
| homozygous recessive | yellow | 189 |
| SUM | 25,000 | |
In a field there are 18,189 blue butterflies, 6,622 green butterflies, and 189 yellow butterflies that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 64.7%, enter 0.647 on the blank. Your answer will be a decimal value between 0 and 1.
0.86 0.0099 NUM| ducks | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | blue | 1,568 |
| heterozygous | green | 864 |
| homozygous recessive | yellow | 693 |
| SUM | 3,125 | |
In a field there are 1,568 blue ducks, 864 green ducks, and 693 yellow ducks that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 64.7%, enter 0.647 on the blank. Your answer will be a decimal value between 0 and 1.
0.64 0.0099 NUM| butterflies | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 1,748 |
| heterozygous | gray | 1,254 |
| homozygous recessive | white | 123 |
| SUM | 3,125 | |
In a field there are 1,748 black butterflies, 1,254 gray butterflies, and 123 white butterflies that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 34.8%, enter 0.348 on the blank. Your answer will be a decimal value between 0 and 1.
0.76 0.0099 NUM| flowers | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 8,673 |
| heterozygous | violet | 3,654 |
| homozygous recessive | blue | 12,673 |
| SUM | 25,000 | |
In a field there are 8,673 red flowers, 3,654 violet flowers, and 12,673 blue flowers that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 83.2%, enter 0.832 on the blank. Your answer will be a decimal value between 0 and 1.
0.42 0.0099 NUM| snakes | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 65,600 |
| heterozygous | orange | 28,799 |
| homozygous recessive | yellow | 5,600 |
| SUM | 99,999 | |
In a field there are 65,600 red snakes, 28,799 orange snakes, and 5,600 yellow snakes that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 47.3%, enter 0.473 on the blank. Your answer will be a decimal value between 0 and 1.
0.80 0.0099 NUM| beetles | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 78 |
| heterozygous | gray | 44 |
| homozygous recessive | white | 3 |
| SUM | 125 | |
In a field there are 78 black beetles, 44 gray beetles, and 3 white beetles that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 35.2%, enter 0.352 on the blank. Your answer will be a decimal value between 0 and 1.
0.80 0.0099 NUM| frogs | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | blue | 2,163 |
| heterozygous | green | 924 |
| homozygous recessive | yellow | 38 |
| SUM | 3,125 | |
In a field there are 2,163 blue frogs, 924 green frogs, and 38 yellow frogs that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 68.4%, enter 0.684 on the blank. Your answer will be a decimal value between 0 and 1.
0.84 0.0099 NUM| snakes | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | blue | 12 |
| heterozygous | green | 6 |
| homozygous recessive | yellow | 7 |
| SUM | 25 | |
In a field there are 12 blue snakes, 6 green snakes, and 7 yellow snakes that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 83.5%, enter 0.835 on the blank. Your answer will be a decimal value between 0 and 1.
0.60 0.0099 NUM| frogs | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 65,600 |
| heterozygous | orange | 28,799 |
| homozygous recessive | yellow | 5,600 |
| SUM | 99,999 | |
In a field there are 65,600 red frogs, 28,799 orange frogs, and 5,600 yellow frogs that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 27.4%, enter 0.274 on the blank. Your answer will be a decimal value between 0 and 1.
0.80 0.0099 NUM| snakes | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 1 |
| heterozygous | orange | 0 |
| homozygous recessive | yellow | 0 |
| SUM | 1 | |
In a field there are 1 red snakes, 0 orange snakes, and 0 yellow snakes that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 25.6%, enter 0.256 on the blank. Your answer will be a decimal value between 0 and 1.
1.00 0.0099 NUM| birds | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 7,911 |
| heterozygous | pink | 11,178 |
| homozygous recessive | white | 5,911 |
| SUM | 25,000 | |
In a field there are 7,911 red birds, 11,178 pink birds, and 5,911 white birds that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 85.6%, enter 0.856 on the blank. Your answer will be a decimal value between 0 and 1.
0.54 0.0099 NUM| beetles | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 78 |
| heterozygous | orange | 44 |
| homozygous recessive | yellow | 3 |
| SUM | 125 | |
In a field there are 78 red beetles, 44 orange beetles, and 3 yellow beetles that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 47.3%, enter 0.473 on the blank. Your answer will be a decimal value between 0 and 1.
0.80 0.0099 NUM| snakes | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 37,600 |
| heterozygous | violet | 4,800 |
| homozygous recessive | blue | 57,599 |
| SUM | 99,999 | |
In a field there are 37,600 red snakes, 4,800 violet snakes, and 57,599 blue snakes that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 76.4%, enter 0.764 on the blank. Your answer will be a decimal value between 0 and 1.
0.40 0.0099 NUM| beetles | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 1,057 |
| heterozygous | gray | 1,386 |
| homozygous recessive | white | 682 |
| SUM | 3,125 | |
In a field there are 1,057 black beetles, 1,386 gray beetles, and 682 white beetles that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 42.7%, enter 0.427 on the blank. Your answer will be a decimal value between 0 and 1.
0.56 0.0099 NUM| ducks | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 1 |
| heterozygous | pink | 0 |
| homozygous recessive | white | 0 |
| SUM | 1 | |
In a field there are 1 red ducks, 0 pink ducks, and 0 white ducks that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 84.7%, enter 0.847 on the blank. Your answer will be a decimal value between 0 and 1.
1.00 0.0099 NUM| fish | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 17,179 |
| heterozygous | gray | 6,642 |
| homozygous recessive | white | 1,179 |
| SUM | 25,000 | |
In a field there are 17,179 black fish, 6,642 gray fish, and 1,179 white fish that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 42.5%, enter 0.425 on the blank. Your answer will be a decimal value between 0 and 1.
0.82 0.0099 NUM| fish | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 11,451 |
| heterozygous | orange | 10,098 |
| homozygous recessive | yellow | 3,451 |
| SUM | 25,000 | |
In a field there are 11,451 red fish, 10,098 orange fish, and 3,451 yellow fish that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 25.6%, enter 0.256 on the blank. Your answer will be a decimal value between 0 and 1.
0.66 0.0099 NUM| fish | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | blue | 1,377 |
| heterozygous | green | 1,496 |
| homozygous recessive | yellow | 252 |
| SUM | 3,125 | |
In a field there are 1,377 blue fish, 1,496 green fish, and 252 yellow fish that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 82.7%, enter 0.827 on the blank. Your answer will be a decimal value between 0 and 1.
0.68 0.0099 NUM| snakes | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 65,600 |
| heterozygous | orange | 28,799 |
| homozygous recessive | yellow | 5,600 |
| SUM | 99,999 | |
In a field there are 65,600 red snakes, 28,799 orange snakes, and 5,600 yellow snakes that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 85.6%, enter 0.856 on the blank. Your answer will be a decimal value between 0 and 1.
0.80 0.0099 NUM| flowers | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 1,529 |
| heterozygous | orange | -308 |
| homozygous recessive | yellow | 1,904 |
| SUM | 3,125 | |
In a field there are 1,529 red flowers, -308 orange flowers, and 1,904 yellow flowers that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 27.6%, enter 0.276 on the blank. Your answer will be a decimal value between 0 and 1.
0.44 0.0099 NUM| beetles | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 94 |
| heterozygous | violet | 12 |
| homozygous recessive | blue | 19 |
| SUM | 125 | |
In a field there are 94 red beetles, 12 violet beetles, and 19 blue beetles that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 75.4%, enter 0.754 on the blank. Your answer will be a decimal value between 0 and 1.
0.80 0.0099 NUM| birds | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 14,171 |
| heterozygous | orange | 8,658 |
| homozygous recessive | yellow | 2,171 |
| SUM | 25,000 | |
In a field there are 14,171 red birds, 8,658 orange birds, and 2,171 yellow birds that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 37.4%, enter 0.374 on the blank. Your answer will be a decimal value between 0 and 1.
0.74 0.0099 NUM| birds | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 6,669 |
| heterozygous | orange | 13,662 |
| homozygous recessive | yellow | 4,669 |
| SUM | 25,000 | |
In a field there are 6,669 red birds, 13,662 orange birds, and 4,669 yellow birds that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 82.3%, enter 0.823 on the blank. Your answer will be a decimal value between 0 and 1.
0.54 0.0099 NUM| birds | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 26,751 |
| heterozygous | pink | 34,496 |
| homozygous recessive | white | 38,752 |
| SUM | 99,999 | |
In a field there are 26,751 red birds, 34,496 pink birds, and 38,752 white birds that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 67.2%, enter 0.672 on the blank. Your answer will be a decimal value between 0 and 1.
0.44 0.0099 NUM| fish | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | blue | 18,791 |
| heterozygous | green | 5,418 |
| homozygous recessive | yellow | 791 |
| SUM | 25,000 | |
In a field there are 18,791 blue fish, 5,418 green fish, and 791 yellow fish that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 73.6%, enter 0.736 on the blank. Your answer will be a decimal value between 0 and 1.
0.86 0.0099 NUM| fish | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 1,748 |
| heterozygous | pink | 1,254 |
| homozygous recessive | white | 123 |
| SUM | 3,125 | |
In a field there are 1,748 red fish, 1,254 pink fish, and 123 white fish that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 85.7%, enter 0.857 on the blank. Your answer will be a decimal value between 0 and 1.
0.76 0.0099 NUM| frogs | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 2,952 |
| heterozygous | gray | 96 |
| homozygous recessive | white | 77 |
| SUM | 3,125 | |
In a field there are 2,952 black frogs, 96 gray frogs, and 77 white frogs that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 27.4%, enter 0.274 on the blank. Your answer will be a decimal value between 0 and 1.
0.96 0.0099 NUM| flowers | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | blue | 10,199 |
| heterozygous | green | 10,602 |
| homozygous recessive | yellow | 4,199 |
| SUM | 25,000 | |
In a field there are 10,199 blue flowers, 10,602 green flowers, and 4,199 yellow flowers that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 27.5%, enter 0.275 on the blank. Your answer will be a decimal value between 0 and 1.
0.62 0.0099 NUM| beetles | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 61,695 |
| heterozygous | gray | 4,608 |
| homozygous recessive | white | 33,696 |
| SUM | 99,999 | |
In a field there are 61,695 black beetles, 4,608 gray beetles, and 33,696 white beetles that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 37.6%, enter 0.376 on the blank. Your answer will be a decimal value between 0 and 1.
0.64 0.0099 NUM| butterflies | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | blue | 6,129 |
| heterozygous | green | 1,242 |
| homozygous recessive | yellow | 5,129 |
| SUM | 12,500 | |
In a field there are 6,129 blue butterflies, 1,242 green butterflies, and 5,129 yellow butterflies that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 36.2%, enter 0.362 on the blank. Your answer will be a decimal value between 0 and 1.
0.54 0.0099 NUM| flowers | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 14,171 |
| heterozygous | violet | 8,658 |
| homozygous recessive | blue | 2,171 |
| SUM | 25,000 | |
In a field there are 14,171 red flowers, 8,658 violet flowers, and 2,171 blue flowers that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 45.3%, enter 0.453 on the blank. Your answer will be a decimal value between 0 and 1.
0.74 0.0099 NUM| birds | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 81,312 |
| heterozygous | violet | 5,376 |
| homozygous recessive | blue | 13,311 |
| SUM | 99,999 | |
In a field there are 81,312 red birds, 5,376 violet birds, and 13,311 blue birds that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 37.2%, enter 0.372 on the blank. Your answer will be a decimal value between 0 and 1.
0.84 0.0099 NUM| snakes | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 12,327 |
| heterozygous | pink | -3,654 |
| homozygous recessive | white | 16,327 |
| SUM | 25,000 | |
In a field there are 12,327 red snakes, -3,654 pink snakes, and 16,327 white snakes that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 68.4%, enter 0.684 on the blank. Your answer will be a decimal value between 0 and 1.
0.42 0.0099 NUM| snakes | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 2,618 |
| heterozygous | violet | 264 |
| homozygous recessive | blue | 243 |
| SUM | 3,125 | |
In a field there are 2,618 red snakes, 264 violet snakes, and 243 blue snakes that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 83.4%, enter 0.834 on the blank. Your answer will be a decimal value between 0 and 1.
0.88 0.0099 NUM| beetles | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 2,247 |
| heterozygous | pink | 756 |
| homozygous recessive | white | 122 |
| SUM | 3,125 | |
In a field there are 2,247 red beetles, 756 pink beetles, and 122 white beetles that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 36.4%, enter 0.364 on the blank. Your answer will be a decimal value between 0 and 1.
0.84 0.0099 NUM| butterflies | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | blue | 1 |
| heterozygous | green | 0 |
| homozygous recessive | yellow | 0 |
| SUM | 1 | |
In a field there are 1 blue butterflies, 0 green butterflies, and 0 yellow butterflies that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 56.2%, enter 0.562 on the blank. Your answer will be a decimal value between 0 and 1.
1.00 0.0099 NUM| beetles | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 17,179 |
| heterozygous | orange | 6,642 |
| homozygous recessive | yellow | 1,179 |
| SUM | 25,000 | |
In a field there are 17,179 red beetles, 6,642 orange beetles, and 1,179 yellow beetles that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 75.4%, enter 0.754 on the blank. Your answer will be a decimal value between 0 and 1.
0.82 0.0099 NUM| fish | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | blue | 9,881 |
| heterozygous | green | 738 |
| homozygous recessive | yellow | 1,881 |
| SUM | 12,500 | |
In a field there are 9,881 blue fish, 738 green fish, and 1,881 yellow fish that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 86.2%, enter 0.862 on the blank. Your answer will be a decimal value between 0 and 1.
0.82 0.0099 NUM| flowers | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 2,457 |
| heterozygous | orange | 336 |
| homozygous recessive | yellow | 332 |
| SUM | 3,125 | |
In a field there are 2,457 red flowers, 336 orange flowers, and 332 yellow flowers that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 52.4%, enter 0.524 on the blank. Your answer will be a decimal value between 0 and 1.
0.84 0.0099 NUM| butterflies | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 1,208 |
| heterozygous | violet | 1,584 |
| homozygous recessive | blue | 333 |
| SUM | 3,125 | |
In a field there are 1,208 red butterflies, 1,584 violet butterflies, and 333 blue butterflies that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 65.4%, enter 0.654 on the blank. Your answer will be a decimal value between 0 and 1.
0.64 0.0099 NUM| frogs | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 1,208 |
| heterozygous | gray | 1,584 |
| homozygous recessive | white | 333 |
| SUM | 3,125 | |
In a field there are 1,208 black frogs, 1,584 gray frogs, and 333 white frogs that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 65.2%, enter 0.652 on the blank. Your answer will be a decimal value between 0 and 1.
0.64 0.0099 NUM| ducks | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 9 |
| heterozygous | violet | 22 |
| homozygous recessive | blue | 9 |
| SUM | 40 | |
In a field there are 9 red ducks, 22 violet ducks, and 9 blue ducks that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 58.7%, enter 0.587 on the blank. Your answer will be a decimal value between 0 and 1.
0.50 0.0099 NUM| butterflies | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 1,424 |
| heterozygous | gray | 1,152 |
| homozygous recessive | white | 549 |
| SUM | 3,125 | |
In a field there are 1,424 black butterflies, 1,152 gray butterflies, and 549 white butterflies that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 38.6%, enter 0.386 on the blank. Your answer will be a decimal value between 0 and 1.
0.64 0.0099 NUM| birds | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 2,892 |
| heterozygous | gray | 216 |
| homozygous recessive | white | 17 |
| SUM | 3,125 | |
In a field there are 2,892 black birds, 216 gray birds, and 17 white birds that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 85.4%, enter 0.854 on the blank. Your answer will be a decimal value between 0 and 1.
0.96 0.0099 NUM| flowers | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 2,892 |
| heterozygous | violet | 216 |
| homozygous recessive | blue | 17 |
| SUM | 3,125 | |
In a field there are 2,892 red flowers, 216 violet flowers, and 17 blue flowers that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 85.6%, enter 0.856 on the blank. Your answer will be a decimal value between 0 and 1.
0.96 0.0099 NUM| frogs | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | red | 1 |
| heterozygous | violet | 0 |
| homozygous recessive | blue | 0 |
| SUM | 1 | |
In a field there are 1 red frogs, 0 violet frogs, and 0 blue frogs that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 83.5%, enter 0.835 on the blank. Your answer will be a decimal value between 0 and 1.
1.00 0.0099 NUM| fish | ||
|---|---|---|
| genotype | phenotype | count |
| homozygous dominant | black | 25,535 |
| heterozygous | gray | 44,928 |
| homozygous recessive | white | 29,536 |
| SUM | 99,999 | |
In a field there are 25,535 black fish, 44,928 gray fish, and 29,536 white fish that show incomplete dominance. What is the frequency of the dominant allele?
Note: Do not enter a percentage on the blank. For example, if the answer is 63.7%, enter 0.637 on the blank. Your answer will be a decimal value between 0 and 1.
0.48 0.0099