NUM

snakes
genotype	phenotype	count
homozygous dominant	black	17
heterozygous	gray	66
homozygous recessive	white	42
SUM		125

In a field there are 17 black snakes, 66 gray snakes, and 42 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 46.5%, enter 0.465 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	1,508
heterozygous	pink	609
homozygous recessive	white	1,008
SUM		3,125

In a field there are 1,508 red snakes, 609 pink snakes, and 1,008 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 26.7%, enter 0.267 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	red	5,019
heterozygous	orange	10,962
homozygous recessive	yellow	9,019
SUM		25,000

In a field there are 5,019 red flowers, 10,962 orange flowers, and 9,019 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 54.7%, enter 0.547 on the blank. Your answer will be a decimal value between 0 and 1.

0.42 0.0099 NUM

birds
genotype	phenotype	count
homozygous dominant	red	42
heterozygous	orange	66
homozygous recessive	yellow	17
SUM		125

In a field there are 42 red birds, 66 orange 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 87.3%, enter 0.873 on the blank. Your answer will be a decimal value between 0 and 1.

0.60 0.0099 NUM

snakes
genotype	phenotype	count
homozygous dominant	red	25,535
heterozygous	pink	44,928
homozygous recessive	white	29,536
SUM		99,999

In a field there are 25,535 red snakes, 44,928 pink snakes, and 29,536 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 84.2%, enter 0.842 on the blank. Your answer will be a decimal value between 0 and 1.

0.48 0.0099 NUM

birds
genotype	phenotype	count
homozygous dominant	red	61,695
heterozygous	orange	4,608
homozygous recessive	yellow	33,696
SUM		99,999

In a field there are 61,695 red birds, 4,608 orange birds, and 33,696 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 35.7%, enter 0.357 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	blue	1,862
heterozygous	green	1,026
homozygous recessive	yellow	237
SUM		3,125

In a field there are 1,862 blue flowers, 1,026 green 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

flowers
genotype	phenotype	count
homozygous dominant	red	6,669
heterozygous	violet	13,662
homozygous recessive	blue	4,669
SUM		25,000

In a field there are 6,669 red flowers, 13,662 violet flowers, and 4,669 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 76.8%, enter 0.768 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	528
heterozygous	pink	1,694
homozygous recessive	white	903
SUM		3,125

In a field there are 528 red fish, 1,694 pink fish, and 903 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 24.5%, enter 0.245 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	red	903
heterozygous	violet	1,694
homozygous recessive	blue	528
SUM		3,125

In a field there are 903 red frogs, 1,694 violet frogs, and 528 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 34.2%, enter 0.342 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	1,067
heterozygous	orange	616
homozygous recessive	yellow	1,442
SUM		3,125

In a field there are 1,067 red birds, 616 orange birds, and 1,442 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 53.8%, enter 0.538 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	819
heterozygous	pink	162
homozygous recessive	white	19
SUM		1,000

In a field there are 819 red fish, 162 pink fish, and 19 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 83.2%, enter 0.832 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	1,513
heterozygous	violet	1,224
homozygous recessive	blue	388
SUM		3,125

In a field there are 1,513 red butterflies, 1,224 violet butterflies, and 388 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 45.8%, enter 0.458 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	red	7,911
heterozygous	orange	11,178
homozygous recessive	yellow	5,911
SUM		25,000

In a field there are 7,911 red beetles, 11,178 orange beetles, and 5,911 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 48.2%, enter 0.482 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	63,232
heterozygous	gray	25,535
homozygous recessive	white	11,232
SUM		99,999

In a field there are 63,232 black ducks, 25,535 gray ducks, and 11,232 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 46.3%, enter 0.463 on the blank. Your answer will be a decimal value between 0 and 1.

0.76 0.0099 NUM

birds
genotype	phenotype	count
homozygous dominant	red	2,163
heterozygous	orange	924
homozygous recessive	yellow	38
SUM		3,125

In a field there are 2,163 red birds, 924 orange birds, and 38 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 87.6%, enter 0.876 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	1,683
heterozygous	orange	1,134
homozygous recessive	yellow	308
SUM		3,125

In a field there are 1,683 red butterflies, 1,134 orange butterflies, and 308 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 25.7%, enter 0.257 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	black	12,201
heterozygous	gray	98
homozygous recessive	white	201
SUM		12,500

In a field there are 12,201 black butterflies, 98 gray butterflies, and 201 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 25.3%, enter 0.253 on the blank. Your answer will be a decimal value between 0 and 1.

0.98 0.0099 NUM

flowers
genotype	phenotype	count
homozygous dominant	red	5,129
heterozygous	violet	1,242
homozygous recessive	blue	6,129
SUM		12,500

In a field there are 5,129 red flowers, 1,242 violet flowers, and 6,129 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 85.4%, enter 0.854 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	blue	1,067
heterozygous	green	616
homozygous recessive	yellow	1,442
SUM		3,125

In a field there are 1,067 blue flowers, 616 green flowers, and 1,442 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.

0.44 0.0099 NUM

flowers
genotype	phenotype	count
homozygous dominant	red	819
heterozygous	violet	162
homozygous recessive	blue	19
SUM		1,000

In a field there are 819 red flowers, 162 violet flowers, and 19 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 32.8%, enter 0.328 on the blank. Your answer will be a decimal value between 0 and 1.

0.90 0.0099 NUM

ducks
genotype	phenotype	count
homozygous dominant	red	2,904
heterozygous	pink	192
homozygous recessive	white	29
SUM		3,125

In a field there are 2,904 red ducks, 192 pink ducks, and 29 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 27.4%, 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	red	837
heterozygous	violet	126
homozygous recessive	blue	37
SUM		1,000

In a field there are 837 red flowers, 126 violet flowers, and 37 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 37.5%, enter 0.375 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	17
heterozygous	violet	66
homozygous recessive	blue	42
SUM		125

In a field there are 17 red snakes, 66 violet snakes, and 42 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 84.7%, enter 0.847 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	32,800
heterozygous	gray	14,399
homozygous recessive	white	52,800
SUM		99,999

In a field there are 32,800 black ducks, 14,399 gray ducks, and 52,800 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 32.8%, enter 0.328 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	black	2,247
heterozygous	gray	756
homozygous recessive	white	122
SUM		3,125

In a field there are 2,247 black snakes, 756 gray snakes, and 122 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 73.4%, enter 0.734 on the blank. Your answer will be a decimal value between 0 and 1.

0.84 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 56.3%, enter 0.563 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	22,231
heterozygous	violet	2,538
homozygous recessive	blue	231
SUM		25,000

In a field there are 22,231 red birds, 2,538 violet birds, and 231 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.

0.94 0.0099 NUM

butterflies
genotype	phenotype	count
homozygous dominant	red	69
heterozygous	violet	12
homozygous recessive	blue	44
SUM		125

In a field there are 69 red butterflies, 12 violet butterflies, and 44 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 38.7%, enter 0.387 on the blank. Your answer will be a decimal value between 0 and 1.

0.60 0.0099 NUM

birds
genotype	phenotype	count
homozygous dominant	red	1,352
heterozygous	orange	1,296
homozygous recessive	yellow	477
SUM		3,125

In a field there are 1,352 red birds, 1,296 orange birds, and 477 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 27.6%, enter 0.276 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	blue	837
heterozygous	green	126
homozygous recessive	yellow	37
SUM		1,000

In a field there are 837 blue ducks, 126 green ducks, and 37 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 62.5%, enter 0.625 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	blue	2,453
heterozygous	green	594
homozygous recessive	yellow	78
SUM		3,125

In a field there are 2,453 blue snakes, 594 green snakes, and 78 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 26.3%, enter 0.263 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	8,463
heterozygous	orange	2,574
homozygous recessive	yellow	1,463
SUM		12,500

In a field there are 8,463 red beetles, 2,574 orange beetles, and 1,463 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 43.7%, enter 0.437 on the blank. Your answer will be a decimal value between 0 and 1.

0.78 0.0099 NUM

fish
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 fish, 378 gray fish, and 686 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 58.6%, enter 0.586 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	2,867
heterozygous	violet	141
homozygous recessive	blue	117
SUM		3,125

In a field there are 2,867 red butterflies, 141 violet butterflies, and 117 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 62.7%, enter 0.627 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	black	2,387
heterozygous	gray	726
homozygous recessive	white	12
SUM		3,125

In a field there are 2,387 black fish, 726 gray fish, and 12 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 84.3%, enter 0.843 on the blank. Your answer will be a decimal value between 0 and 1.

0.88 0.0099 NUM

frogs
genotype	phenotype	count
homozygous dominant	red	517
heterozygous	orange	66
homozygous recessive	yellow	42
SUM		625

In a field there are 517 red frogs, 66 orange frogs, and 42 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 57.6%, enter 0.576 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	blue	247
heterozygous	green	156
homozygous recessive	yellow	222
SUM		625

In a field there are 247 blue snakes, 156 green snakes, and 222 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 65.7%, enter 0.657 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	23
heterozygous	orange	54
homozygous recessive	yellow	48
SUM		125

In a field there are 23 red snakes, 54 orange snakes, and 48 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 63.4%, enter 0.634 on the blank. Your answer will be a decimal value between 0 and 1.

0.40 0.0099 NUM

flowers
genotype	phenotype	count
homozygous dominant	blue	1,188
heterozygous	green	624
homozygous recessive	yellow	1,313
SUM		3,125

In a field there are 1,188 blue flowers, 624 green flowers, and 1,313 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 25.4%, enter 0.254 on the blank. Your answer will be a decimal value between 0 and 1.

0.48 0.0099 NUM

fish
genotype	phenotype	count
homozygous dominant	blue	1,157
heterozygous	green	936
homozygous recessive	yellow	1,032
SUM		3,125

In a field there are 1,157 blue fish, 936 green fish, and 1,032 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 52.8%, enter 0.528 on the blank. Your answer will be a decimal value between 0 and 1.

0.52 0.0099 NUM

beetles
genotype	phenotype	count
homozygous dominant	red	13,209
heterozygous	pink	10,582
homozygous recessive	white	1,209
SUM		25,000

In a field there are 13,209 red beetles, 10,582 pink beetles, and 1,209 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 85.6%, enter 0.856 on the blank. Your answer will be a decimal value between 0 and 1.

0.74 0.0099 NUM

beetles
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 beetles, 30,888 violet beetles, and 6,555 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 26.8%, enter 0.268 on the blank. Your answer will be a decimal value between 0 and 1.

0.78 0.0099 NUM

ducks
genotype	phenotype	count
homozygous dominant	red	2,457
heterozygous	violet	336
homozygous recessive	blue	332
SUM		3,125

In a field there are 2,457 red ducks, 336 violet ducks, and 332 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 78.6%, enter 0.786 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	52,800
heterozygous	green	14,399
homozygous recessive	yellow	32,800
SUM		99,999

In a field there are 52,800 blue butterflies, 14,399 green butterflies, and 32,800 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 53.6%, enter 0.536 on the blank. Your answer will be a decimal value between 0 and 1.

0.60 0.0099 NUM

snakes
genotype	phenotype	count
homozygous dominant	red	16,441
heterozygous	orange	8,118
homozygous recessive	yellow	441
SUM		25,000

In a field there are 16,441 red snakes, 8,118 orange snakes, and 441 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 84.3%, enter 0.843 on the blank. Your answer will be a decimal value between 0 and 1.

0.82 0.0099 NUM

frogs
genotype	phenotype	count
homozygous dominant	red	3,663
heterozygous	pink	1,924
homozygous recessive	white	663
SUM		6,250

In a field there are 3,663 red frogs, 1,924 pink frogs, and 663 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 35.6%, enter 0.356 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	552
heterozygous	violet	46
homozygous recessive	blue	27
SUM		625

In a field there are 552 red butterflies, 46 violet butterflies, and 27 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 57.4%, enter 0.574 on the blank. Your answer will be a decimal value between 0 and 1.

0.92 0.0099 NUM

ducks
genotype	phenotype	count
homozygous dominant	red	2,453
heterozygous	violet	594
homozygous recessive	blue	78
SUM		3,125

In a field there are 2,453 red ducks, 594 violet ducks, and 78 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 82.4%, enter 0.824 on the blank. Your answer will be a decimal value between 0 and 1.

0.88 0.0099 NUM

butterflies
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 butterflies, 9,438 violet butterflies, and 781 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 38.2%, enter 0.382 on the blank. Your answer will be a decimal value between 0 and 1.

0.78 0.0099