All Biology Problems
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501 problem sets
Bloom's scales
Two dimensions describe the assessed task. Numbers identify categories, not difficulty ratings.
Cognitive Process Dimension
- Remember ➀
- Retrieve relevant knowledge from memory by recognizing or recalling.
- Understand ➁
- Construct meaning by interpreting, classifying, summarizing, comparing, or explaining.
- Apply ➂
- Carry out or use a procedure in a given situation.
- Analyze ➃
- Separate material into parts and identify their relationships and overall structure.
- Evaluate ➄
- Make judgments using criteria and standards through checking or critique.
- Create ➅
- Combine elements into a coherent new whole through generating, planning, or producing.
Knowledge Dimension
- Factual ➀
- Knowledge of basic elements, terminology, and specific details.
- Conceptual ➁
- Knowledge of categories, principles, theories, models, and how they relate.
- Procedural ➂
- Knowledge of subject-specific skills, algorithms, techniques, methods, and when to use them.
- Metacognitive ➃
- Knowledge of learning strategies, thinking tasks, and one's own strengths and limitations.
Based on Anderson and Krathwohl (2001), chapters 4-5. Iowa State Bloom's taxonomy guide.
Biochemistry
Life Molecules
| Name | Question type | Bloom classification |
|---|---|---|
| Biochemical Functional Groups from Descriptions | Matching | Remember ➀Factual ➀ |
| Chemical Bond Types from Characteristics | Matching | Understand ➁Conceptual ➁ |
| Macromolecule Classification (Names and Properties) | Matching | Remember ➀Factual ➀ |
| Macromolecule Classification (Molecule Names) | Matching | Understand ➁Conceptual ➁ |
| Biochemical Functional Groups from Descriptions | WOMC | Remember ➀Factual ➀ |
| Chemical Bond Types from Characteristics | WOMC | Understand ➁Conceptual ➁ |
| Macromolecule Classification (Names and Properties) | WOMC | Understand ➁Conceptual ➁ |
| Macromolecule Classification (Molecule Names) | WOMC | Understand ➁Conceptual ➁ |
| Hydrophobic Compounds from Molecular Formulas | MC | Understand ➁Conceptual ➁ |
| Macromolecule Types from Chemical Structures | MC | Understand ➁Conceptual ➁ |
Water and pH
Amino Acids
Protein Structure
| Name | Question type | Bloom classification |
|---|---|---|
| Levels of Protein Structure | Matching | Remember ➀Conceptual ➁ |
| Levels of Protein Structure | WOMC | Remember ➀Conceptual ➁ |
| Hydrogen Bonds in Alpha-Helix Structures | MA | Apply ➂Conceptual ➁ |
| Hydrogen Bonds in Alpha-Helix Structures | MC | Apply ➂Conceptual ➁ |
Protein Purification
| Name | Question type | Bloom classification |
|---|---|---|
| Cell Disruption Techniques from Descriptions | Matching | Remember ➀Factual ➀ |
| Column Chromatography Types from Descriptions | Matching | Remember ➀Conceptual ➁ |
| Protein and Nucleic Acid Gel Electrophoresis Components | Matching | Remember ➀Factual ➀ |
| Cell Disruption Techniques from Descriptions | WOMC | Remember ➀Factual ➀ |
| Column Chromatography Types from Descriptions | WOMC | Remember ➀Conceptual ➁ |
| Protein and Nucleic Acid Gel Electrophoresis Components | WOMC | Understand ➁Factual ➀ |
| Protein Net Charge at a Given pH | MC | Apply ➂Conceptual ➁ |
| Protein Migration Direction in Isoelectric Focusing | MC | Apply ➂Conceptual ➁ |
| Protein Molecular Weight from an SDS-PAGE Ladder | NUM | Apply ➂Procedural ➂ |
| Protein Molecular Weight from SDS-PAGE Migration | NUM | Apply ➂Procedural ➂ |
| Isoelectric Point from pKa Values | MC | Apply ➂Procedural ➂ |
Thermodynamics
Enzyme Kinetics
| Name | Question type | Bloom classification |
|---|---|---|
| Michaelis-Menten Kinetics | T/F Statements (MC) | Remember ➀Conceptual ➁ |
| Michaelis-Menten Constant (Km) from Enzyme Activity Data | MC | Apply ➂Procedural ➂ |
| Enzyme Activity Changes with Temperature and pH | MC | Apply ➂Conceptual ➁ |
| Enzyme Selection for Given Temperature and pH | MC | Apply ➂Conceptual ➁ |
| Optimal Temperature and pH for Enzyme Activity | MC | Apply ➂Conceptual ➁ |
Enzyme Inhibition
| Name | Question type | Bloom classification |
|---|---|---|
| Enzyme Catalytic Strategies | Matching | Remember ➀Conceptual ➁ |
| Enzyme Catalytic Strategies | T/F Statements (MC) | Remember ➀Conceptual ➁ |
| Chymotrypsin Function | T/F Statements (MC) | Remember ➀Factual ➀ |
| Enzyme Inhibitors | T/F Statements (MC) | Remember ➀Conceptual ➁ |
| Enzyme Catalytic Strategies | WOMC | Remember ➀Conceptual ➁ |
| Cleavage Sites for Chymotrypsin Digestion of Peptides | MC | Apply ➂Procedural ➂ |
| Enzyme Inhibition Type from Metabolic Pathway Descriptions | MC | Understand ➁Conceptual ➁ |
| Enzyme Inhibition Type from Enzyme Activity Data | MC | Understand ➁Conceptual ➁ |
Enzyme Allostery
| Name | Question type | Bloom classification |
|---|---|---|
| Allosteric Enzyme Models from Conformational Descriptions | MC | Remember ➀Conceptual ➁ |
| Metabolic Regulation in Converging Pathways | MC | Analyze ➃Conceptual ➁ |
| Metabolic Regulation in Diverging Pathways | MC | Analyze ➃Conceptual ➁ |
| Hemoglobin Oxygen Affinity Under Different Conditions | MC | Remember ➀Conceptual ➁ |
| Allosteric Enzymes in Metabolic Pathways | MC | Understand ➁Conceptual ➁ |
Carbohydrates
| Name | Question type | Bloom classification |
|---|---|---|
| D/L Monosaccharide Configurations from Fischer Projections | MC | Apply ➂Procedural ➂ |
| D/L Monosaccharide Configurations from Haworth Projections | MC | Apply ➂Procedural ➂ |
| Polysaccharides from Descriptions | Matching | Remember ➀Factual ➀ |
| Polysaccharides from Descriptions | WOMC | Remember ➀Factual ➀ |
| Monosaccharide Classification from Fischer Projections | MA | Understand ➁Conceptual ➁ |
| Furanose Monosaccharide Classification from Haworth Projections | MA | Understand ➁Conceptual ➁ |
| Pyranose Monosaccharide Classification from Haworth Projections | MA | Understand ➁Conceptual ➁ |
| Furanose Haworth Projections from Fischer Projections | MC | Apply ➂Procedural ➂ |
| Pyranose Haworth Projections from Fischer Projections | MC | Apply ➂Procedural ➂ |
| Furanose Fischer Projections from Haworth Projections | MC | Apply ➂Procedural ➂ |
| Pyranose Fischer Projections from Haworth Projections | MC | Apply ➂Procedural ➂ |
Nucleic Acids
Lipids
| Name | Question type | Bloom classification |
|---|---|---|
| Fatty Acid Delta Notations from Structures | MC | Apply ➂Procedural ➂ |
| Fatty Acid Omega Notations from Structures | MC | Apply ➂Procedural ➂ |
| Fatty Acid Double-Bond Positions in Delta Notation | MC | Apply ➂Procedural ➂ |
| Fatty Acid Double-Bond Positions in Omega Notation | MC | Apply ➂Procedural ➂ |
| Fatty Acid Chain Length and Number of Double Bonds | MC | Understand ➁Factual ➀ |
| Lipids by Molecular Formula | MC | Understand ➁Conceptual ➁ |
Membranes and Membrane Proteins
| Name | Question type | Bloom classification |
|---|---|---|
| Fluid Mosaic Model | T/F Statements (MC) | Remember ➀Conceptual ➁ |
| Membrane Permeability to Ions and Molecules | T/F Statements (MC) | Understand ➁Conceptual ➁ |
| Membrane Protein Functions | T/F Statements (MC) | Remember ➀Factual ➀ |
Human Senses
| Name | Question type | Bloom classification |
|---|---|---|
| Sensory Modalities from Receptor Cell Types | Matching | Remember ➀Factual ➀ |
| Sensory Signal Transduction Components from Functions | Matching | Remember ➀Factual ➀ |
| Taste Qualities from Stimuli | Matching | Remember ➀Factual ➀ |
| Chemosensation (Smell and Taste) | T/F Statements (MC) | Remember ➀Conceptual ➁ |
| Sensory Coding (Smell vs. Taste) | T/F Statements (MC) | Remember ➀Conceptual ➁ |
| Vision and Hearing Transduction | T/F Statements (MC) | Remember ➀Conceptual ➁ |
| Sensory Modalities from Receptor Cell Types | WOMC | Remember ➀Factual ➀ |
| Sensory Signal Transduction Components from Functions | WOMC | Remember ➀Factual ➀ |
| Taste Qualities from Stimuli | WOMC | Remember ➀Factual ➀ |
Sugar Metabolism
| Name | Question type | Bloom classification |
|---|---|---|
| Cellular Respiration Stages from Statements | Matching | Remember ➀Factual ➀ |
| Glycolysis Intermediate Ordering | ORD | Analyze ➃Conceptual ➁ |
| Glycolysis Intermediate Ordering | Sequence MC | Analyze ➃Conceptual ➁ |
| Cellular Respiration Stages from Statements | WOMC | Remember ➀Factual ➀ |
Photosynthesis
| Name | Question type | Bloom classification |
|---|---|---|
| Optimal Wavelengths for Pigment Absorption | MC | Apply ➂Conceptual ➁ |
Genetics
Genetic Disorders
| Name | Question type | Bloom classification |
|---|---|---|
| Genetic Disorders | Matching | Remember ➀Factual ➀ |
| Genetic Disorders | WOMC | Remember ➀Factual ➀ |
| Metabolic Pathway Mutant Growth Rescue by Nutrient Supplementation (5 Metabolites) | MA | Apply ➂Conceptual ➁ |
DNA Structure
DNA Profiling
| Name | Question type | Bloom classification |
|---|---|---|
| Blood Type Agglutination Test Results (ABO and Rh) | MC | Apply ➂Factual ➀ |
| Offspring HLA Genotypes (2 Markers, Black-and-White) | MC | Apply ➂Conceptual ➁ |
| Offspring HLA Genotypes (3 Markers, Color) | MC | Apply ➂Conceptual ➁ |
| RFLP Paternity Testing from DNA Gels (Easy, 3 Males) | MC | Analyze ➃Procedural ➂ |
| RFLP Paternity Testing from DNA Gels (Hard, 9 Males) | MC | Analyze ➃Procedural ➂ |
| RFLP Paternity Testing from DNA Gels (Medium, 5 Males) | MC | Analyze ➃Procedural ➂ |
| RFLP Suspect Identification from DNA Profiles (Easy, 4 Suspects) | MC | Analyze ➃Procedural ➂ |
| RFLP Suspect Identification from DNA Profiles (Hard, 9 Suspects) | MC | Analyze ➃Procedural ➂ |
| RFLP Suspect Identification from DNA Profiles (Medium, 5 Suspects) | MC | Analyze ➃Procedural ➂ |
Mendelian Genetics
Gene Interactions
Chromosomal Inheritance
Chi Square Analysis
Gene Mapping
Chromosomal Disorders
Population Genetics
| Name | Question type | Bloom classification |
|---|---|---|
| Population Genetics Terms from Definitions | Matching | Remember ➀Factual ➀ |
| Hardy-Weinberg Equilibrium Conditions | T/F Statements (MC) | Remember ➀Conceptual ➁ |
| Population Genetics Terms from Definitions | WOMC | Remember ➀Factual ➀ |
| Hardy-Weinberg Chi-Square Test Conclusions | MC | Evaluate ➄Procedural ➂ |
| Hardy-Weinberg Variables from Population Data | MC | Understand ➁Conceptual ➁ |
| Hardy-Weinberg Allele and Genotype Frequencies from Population Data | NUM | Apply ➂Procedural ➂ |
Gene Trees
| Name | Question type | Bloom classification |
|---|---|---|
| Phylogenetic Trees from Distance Matrices (3 Taxa) | MC | Apply ➂Procedural ➂ |
| Phylogenetic Trees from Distance Matrices (4 Taxa) | MC | Analyze ➃Procedural ➂ |
| Phylogenetic Trees from Distance Matrices (5 Taxa) | MC | Analyze ➃Procedural ➂ |
| Phylogenetic Trees from Distance Matrices (6 Taxa) | MC | Analyze ➃Procedural ➂ |
| Phylogenetic Trees from Distance Matrices (7 Taxa) | MC | Analyze ➃Procedural ➂ |
| Phylogenetic Trees with Different Evolutionary Relationships (Easy, 6 Taxa, With Hint) | MC | Analyze ➃Conceptual ➁ |
| Phylogenetic Trees with Different Evolutionary Relationships (Medium, 7 Taxa, With Hint) | MC | Analyze ➃Conceptual ➁ |
| Phylogenetic Trees with Equivalent Evolutionary Relationships (Easy, 5 Taxa, With Hint) | MC | Analyze ➃Procedural ➂ |
| Phylogenetic Trees with Equivalent Evolutionary Relationships (Medium, 6 Taxa, With Hint) | MC | Analyze ➃Procedural ➂ |
Laboratory
Measurement Basics
| Name | Question type | Bloom classification |
|---|---|---|
| Orders of Magnitude for Given Quantities | MC | Apply ➂Procedural ➂ |
| Pipette Sizes for Given Volumes | MC | Apply ➂Procedural ➂ |
Solutions
| Name | Question type | Bloom classification |
|---|---|---|
| Solute Mass from Mass Concentration | NUM | Apply ➂Procedural ➂ |
| Mass for Weight/Volume Solutions | NUM | Apply ➂Procedural ➂ |
| Mass for Solutions Using Molarity and Molecular Weight | NUM | Apply ➂Procedural ➂ |
| Solute Volume for Percent Volume/Volume Solutions | NUM | Apply ➂Procedural ➂ |
Dilutions
| Name | Question type | Bloom classification |
|---|---|---|
| Aliquot Volumes for Dilutions | NUM | Apply ➂Procedural ➂ |
| Dilution Factor Calculations | NUM | Apply ➂Procedural ➂ |
| Diluent Volumes for Dilutions | NUM | Apply ➂Procedural ➂ |
| Aliquot and Diluent Volumes from Dilution Factors | MC | Apply ➂Procedural ➂ |
| Aliquot Volumes from Stock Solutions | NUM | Apply ➂Procedural ➂ |
Serial Dilutions
| Name | Question type | Bloom classification |
|---|---|---|
| Aliquot Volumes for Serial Dilutions | NUM | Apply ➂Procedural ➂ |
| Diluent Volumes for Serial Dilutions | NUM | Apply ➂Procedural ➂ |
| Aliquot and Diluent Volumes for Serial Dilutions | MC | Apply ➂Procedural ➂ |
Enzyme Kinetics
| Name | Question type | Bloom classification |
|---|---|---|
| Michaelis-Menten Constant (Km) from Enzyme Activity Data | MC | Apply ➂Procedural ➂ |
| Enzyme Inhibition Type from Enzyme Activity Data | MC | Understand ➁Conceptual ➁ |
PCR and Electrophoresis
| Name | Question type | Bloom classification |
|---|---|---|
| Gene Expression Fold Change from RT-qPCR Data | NUM | Apply ➂Procedural ➂ |
| DNA Fragment Migration in Agarose Gel Electrophoresis (Closest/Farthest) | MC | Understand ➁Conceptual ➁ |
| DNA Fragment Size from Agarose Gel Migration Data | NUM | Apply ➂Procedural ➂ |
| Inverse PCR Primer Selection (15 nt) | MC | Apply ➂Procedural ➂ |
| Protein Molecular Weights from SDS-PAGE Band Positions | Matching | Remember ➀Factual ➀ |
| Protein Molecular Weight from an SDS-PAGE Ladder | NUM | Apply ➂Procedural ➂ |
| Restriction Fragment Sizes from Linear DNA Maps (12 kb, 3 Sites, Isolated Fragment) | MA | Apply ➂Procedural ➂ |
| Nested PCR Primer Pair Selection (24 nt) | MC | Apply ➂Procedural ➂ |
| PCR Primer Pair Selection from Double-Stranded DNA (36 bp Template, 9-nt Primers) | MC | Apply ➂Procedural ➂ |
| Protein Molecular Weight from SDS-PAGE Migration | NUM | Apply ➂Procedural ➂ |
Bioinformatics
| Name | Question type | Bloom classification |
|---|---|---|
| Degenerate Primer Codes from Sequence Alignments | FiB | Apply ➂Procedural ➂ |
| Consensus Sequences from Alignments (Easy) | FiB | Apply ➂Procedural ➂ |
| Consensus Sequences from Alignments (Hard) | FiB | Apply ➂Procedural ➂ |
| Consensus Sequences from Alignments | MC | Apply ➂Procedural ➂ |
Molecular Biology
DNA Structure
| Name | Question type | Bloom classification |
|---|---|---|
| DNA Structure (Expanded Set) | T/F Statements (MC) | Remember ➀Factual ➀ |
| DNA Melting Temperature (Tm) | T/F Statements (MC) | Remember ➀Conceptual ➁ |
| DNA Melting Temperature (Factors That Increase Tm) | T/F Statements (MC) | Understand ➁Conceptual ➁ |
| DNA Melting Temperature (Factors That Decrease Tm) | T/F Statements (MC) | Understand ➁Conceptual ➁ |
| Nucleotide Components | T/F Statements (MC) | Remember ➀Factual ➀ |
| RNA and DNA Differences (Core Set) | T/F Statements (MC) | Remember ➀Factual ➀ |
| RNA and DNA Differences (Helix Forms and Charge Included) | T/F Statements (MC) | Remember ➀Factual ➀ |
| DNA Base Composition Using Chargaff's Rules (5 Choices) | MC | Apply ➂Procedural ➂ |
| Complementary DNA Sequences (Directionless) | MC | Apply ➂Procedural ➂ |
| DNA Melting Temperature Extremes from Sequence (12 Bases) | MC | Apply ➂Conceptual ➁ |
Manipulation of Nucleic Acids
| Name | Question type | Bloom classification |
|---|---|---|
| Amplicon Copy Number After PCR Rounds | MC | Apply ➂Procedural ➂ |
| DNA Fragment Migration in Agarose Gel Electrophoresis (Closest/Farthest) | MC | Understand ➁Conceptual ➁ |
| DNA Fragment Size from Agarose Gel Migration Data | NUM | Apply ➂Procedural ➂ |
| Inverse PCR Primer Selection (15 nt) | MC | Apply ➂Procedural ➂ |
| Restriction Fragment Sizes from Linear DNA Maps (12 kb, 3 Sites, Isolated Fragment) | MA | Apply ➂Procedural ➂ |
| Nested PCR Primer Pair Selection (24 nt) | MC | Apply ➂Procedural ➂ |
| Restriction Enzyme Overhang Sequences | MC | Apply ➂Procedural ➂ |
| Restriction Enzyme Cut Types (5', 3', or Blunt) | MC | Understand ➁Conceptual ➁ |
| Palindromic DNA Sequence Completion | Matching | Apply ➂Procedural ➂ |
| PCR Primer Pair Selection from Double-Stranded DNA (36 bp Template, 9-nt Primers) | MC | Apply ➂Procedural ➂ |
Cloning and Sequencing
| Name | Question type | Bloom classification |
|---|---|---|
| Gene Expression Fold Change from RT-qPCR Data | NUM | Apply ➂Procedural ➂ |
| Long-Distance PCR | T/F Statements (MC) | Remember ➀Factual ➀ |
| PCR Components | T/F Statements (MC) | Remember ➀Factual ➀ |
| Efficient PCR Primers | T/F Statements (MC) | Remember ➀Procedural ➂ |
| PCR Step Order | T/F Statements (MC) | Remember ➀Procedural ➂ |
| Degenerate Primer Codes from Sequence Alignments | FiB | Apply ➂Procedural ➂ |
| Consensus Sequences from Alignments (Easy) | FiB | Apply ➂Procedural ➂ |
| Consensus Sequences from Alignments (Hard) | FiB | Apply ➂Procedural ➂ |
| Consensus Sequences from Alignments | MC | Apply ➂Procedural ➂ |
DNA Replication
| Name | Question type | Bloom classification |
|---|---|---|
| Bacterial DNA Replication Proteins and Functions (Topoisomerase Terminology) | Matching | Remember ➀Factual ➀ |
| Bacterial DNA Replication Proteins and Functions (Gyrase Terminology) | Matching | Remember ➀Factual ➀ |
| Bacterial DNA Replication (Topoisomerase Terminology) | T/F Statements (MC) | Remember ➀Factual ➀ |
| Bacterial DNA Replication (Gyrase Terminology) | T/F Statements (MC) | Remember ➀Factual ➀ |
| Leading and Lagging Strands | T/F Statements (MC) | Remember ➀Conceptual ➁ |
| DNA Polymerase Proofreading | T/F Statements (MC) | Remember ➀Conceptual ➁ |
| Bacterial DNA Replication Proteins and Functions (Topoisomerase Terminology) | WOMC | Remember ➀Factual ➀ |
| Bacterial DNA Replication Proteins and Functions (Gyrase Terminology) | WOMC | Remember ➀Factual ➀ |
RNA Transcription
| Name | Question type | Bloom classification |
|---|---|---|
| Genes Expressed by Activator Proteins | MA | Apply ➂Conceptual ➁ |
| mRNA Sequences from DNA Template Strands (9 Nucleotides, Directionless) | FiB | Apply ➂Procedural ➂ |
| mRNA Sequences from DNA Coding and Template Strands (9 Nucleotides, 5'/3' Labels) | FiB | Apply ➂Procedural ➂ |
| mRNA Sequences from DNA Template Strands (9 Nucleotides, 5'/3' Labels) | MC | Apply ➂Procedural ➂ |
RNA Processing and CRISPR
| Name | Question type | Bloom classification |
|---|---|---|
| Intron Removal Mechanisms | T/F Statements (MC) | Remember ➀Factual ➀ |
| mRNA Post-Transcriptional Modification | T/F Statements (MC) | Remember ➀Factual ➀ |
| Alternative Splicing Possibilities | MC | Analyze ➃Conceptual ➁ |
Translation
| Name | Question type | Bloom classification |
|---|---|---|
| Central Dogma Stages from Related Terms | Matching | Remember ➀Factual ➀ |
| G-U Wobble Base Pairs | T/F Statements (MC) | Remember ➀Factual ➀ |
| Translation Accuracy | T/F Statements (MC) | Remember ➀Conceptual ➁ |
| Central Dogma Stages from Related Terms | WOMC | Remember ➀Factual ➀ |
| Peptide Sequences from mRNA Using the Genetic Code (10 Amino Acids) | FiB | Apply ➂Procedural ➂ |
Historical Experiments
| Name | Question type | Bloom classification |
|---|---|---|
| Metabolic Pathway Mutant Growth Rescue by Nutrient Supplementation (5 Metabolites) | MA | Apply ➂Conceptual ➁ |
| Metabolic Pathway Precursor Order from Mutant Growth Data (4 Metabolites) | FiB | Analyze ➃Conceptual ➁ |
Biostatistics
Descriptive Statistics
| Name | Question type | Bloom classification |
|---|---|---|
| Measures of Center from Definitions | Matching | Remember ➀Factual ➀ |
| Measures of Center from Definitions | WOMC | Remember ➀Factual ➀ |
| Descriptive Statistics Using Google Sheets | Multi-FiB | Apply ➂Procedural ➂ |
Graph Interpretation
| Name | Question type | Bloom classification |
|---|---|---|
| Box Plots from Cumulative Frequency Tables | MC | Apply ➂Procedural ➂ |
| Box Plots from Sorted Data | MC | Apply ➂Procedural ➂ |
| Box Plots from Five-Number Summary | MC | Apply ➂Procedural ➂ |
| Box Plots from Unsorted Data (Even Sample Size) | MC | Apply ➂Procedural ➂ |
Grouping with Z-Scores
| Name | Question type | Bloom classification |
|---|---|---|
| Z-Scores in Google Sheets | MC | Apply ➂Procedural ➂ |
| Biodiversity Comparisons Using Z-Scores | MC | Apply ➂Procedural ➂ |
Hypothesis Testing Concepts
| Name | Question type | Bloom classification |
|---|---|---|
| Hypothesis Testing Terms from Definitions | Matching | Remember ➀Factual ➀ |
| Statistical Hypothesis Tests from Descriptions | Matching | Understand ➁Procedural ➂ |
| Statistical Hypothesis Testing Decisions | T/F Statements (MC) | Remember ➀Conceptual ➁ |
| Hypothesis Testing Terms from Definitions | WOMC | Remember ➀Factual ➀ |
| Statistical Hypothesis Tests from Descriptions | WOMC | Apply ➂Procedural ➂ |
| Errors in Null and Alternative Hypotheses for Shannon Diversity Means and Variances | MC | Evaluate ➄Conceptual ➁ |
| Null and Alternative Hypothesis Identification for Mean, Variance, and ANOVA Tests | MC | Apply ➂Procedural ➂ |
Z-Tests, T-Tests, F-Tests, and ANOVA
| Name | Question type | Bloom classification |
|---|---|---|
| One-Sample t-Test p-Values from Birth Weight Data (One-Tailed) | NUM | Apply ➂Procedural ➂ |
| One-Sample z-Test p-Values from Birth Weight Data (One-Tailed) | NUM | Apply ➂Procedural ➂ |
| Two-Sample t-Test p-Values from Birth Weight Data (One-Tailed) | NUM | Apply ➂Procedural ➂ |
| One-Way ANOVA p-Values from Microbial Shannon Diversity (5 Years) | NUM | Apply ➂Procedural ➂ |
| One-Sample Z-Test p-Values from Busse Woods Microbial Diversity Data (Two-Tailed) | NUM | Apply ➂Procedural ➂ |
| Two-Sample F-Test p-Values from Busse Woods Shannon Index Data (One-Tailed) | NUM | Apply ➂Procedural ➂ |
| Welch Two-Sample t-Test p-Values from Busse Woods Shannon Diversity (One-Tailed) | NUM | Apply ➂Procedural ➂ |
Chi-Square Tests
| Name | Question type | Bloom classification |
|---|---|---|
| Chi-Square Terms from Definitions | Matching | Remember ➀Factual ➀ |
| Null Hypothesis Rejection Criteria | T/F Statements (MC) | Remember ➀Procedural ➂ |
| Chi-Square Terms from Definitions | WOMC | Remember ➀Factual ➀ |
Biotechnology
Biotech Basics and Central Dogma
DNA and Genomics Biotechnology
| Name | Question type | Bloom classification |
|---|---|---|
| Cell Disruption Techniques from Descriptions | Matching | Remember ➀Factual ➀ |
| DNA Sequencing Techniques from Descriptions | Matching | Remember ➀Factual ➀ |
| Latin Phrases from Their Meanings | Matching | Remember ➀Factual ➀ |
| Cell Disruption Techniques from Descriptions | WOMC | Remember ➀Factual ➀ |
| DNA Sequencing Techniques from Descriptions | WOMC | Remember ➀Factual ➀ |
| Latin Phrases from Their Meanings | WOMC | Remember ➀Factual ➀ |
| Complementary DNA Sequences (5'/3' Labels) | MC | Apply ➂Procedural ➂ |
| Consensus Sequences from Alignments | MC | Apply ➂Procedural ➂ |
| DNA Fragment Migration in Agarose Gel Electrophoresis (Closest/Farthest) | MC | Understand ➁Conceptual ➁ |
| DNA Fragment Size from Agarose Gel Migration Data | MC | Apply ➂Procedural ➂ |
| PCR Primer Pair Selection from Double-Stranded DNA (9 bp Template, 6-nt Primers) | MC | Apply ➂Procedural ➂ |
Protein Biotechnology
| Name | Question type | Bloom classification |
|---|---|---|
| Protein and Nucleic Acid Gel Electrophoresis Components | Matching | Remember ➀Factual ➀ |
| Proteomics and Metabolomics Techniques from Descriptions | Matching | Remember ➀Conceptual ➁ |
| Protein Stability | T/F Statements (MC) | Remember ➀Conceptual ➁ |
| Protein and Nucleic Acid Gel Electrophoresis Components | WOMC | Understand ➁Factual ➀ |
| Proteomics and Metabolomics Techniques from Descriptions | WOMC | Remember ➀Conceptual ➁ |
| Protein Net Charge at a Given pH | MC | Apply ➂Conceptual ➁ |
| Protein Molecular Weight from an SDS-PAGE Ladder | MC | Apply ➂Procedural ➂ |
| Protein Molecular Weight from SDS-PAGE Migration | MC | Apply ➂Procedural ➂ |
Environmental and Synthetic Biology
| Name | Question type | Bloom classification |
|---|---|---|
| Biofuel Sources and Challenges | Matching | Remember ➀Factual ➀ |
| Culture Enrichment Methods from Descriptions | Matching | Remember ➀Factual ➀ |
| Plant Genetic Modifications from Functions | Matching | Remember ➀Factual ➀ |
| Remediation Categories from Sites | Matching | Remember ➀Factual ➀ |
| Environmental 16S rDNA Survey Workflow (6 Steps) | ORD | Analyze ➃Procedural ➂ |
| Environmental 16S rDNA Survey Workflow (6 Steps) | Sequence MC | Analyze ➃Procedural ➂ |
| Glucose Measurement Through Skin | T/F Statements (MC) | Understand ➁Conceptual ➁ |
| 2026 Nobel Prize Topics | T/F Statements (MC) | Remember ➀Factual ➀ |
| Agrobacterium, Gene Guns, and CRISPR | T/F Statements (MC) | Remember ➀Factual ➀ |
| xDNA and XNA | T/F Statements (MC) | Remember ➀Factual ➀ |
| Biofuel Sources and Challenges | WOMC | Remember ➀Factual ➀ |
| Culture Enrichment Methods from Descriptions | WOMC | Remember ➀Factual ➀ |
| Plant Genetic Modifications from Functions | WOMC | Remember ➀Factual ➀ |
| Sites by Remediation Category | WOMC | Remember ➀Factual ➀ |
Medicinal Biotechnology
| Name | Question type | Bloom classification |
|---|---|---|
| Genetic Disease Treatment Methods from Descriptions | Matching | Understand ➁Conceptual ➁ |
| Stem Cell Potency Levels from Definitions | Matching | Remember ➀Conceptual ➁ |
| Genetic Disease Treatment Methods from Descriptions | WOMC | Understand ➁Conceptual ➁ |
| Stem Cell Potency Levels from Definitions | WOMC | Remember ➀Conceptual ➁ |
Regulation in Biotechnology
| Name | Question type | Bloom classification |
|---|---|---|
| Clinical Trial Phases from Descriptions | Matching | Remember ➀Conceptual ➁ |
| Types of Intellectual Property from Descriptions | Matching | Remember ➀Conceptual ➁ |
| Federal Agencies from Transgenic Crop Regulatory Roles | Matching | Remember ➀Factual ➀ |
| Patentable Inventions Versus Scientific Discoveries | T/F Statements (MC) | Understand ➁Conceptual ➁ |
| Clinical Trial Phases from Descriptions | WOMC | Remember ➀Conceptual ➁ |
| Types of Intellectual Property from Descriptions | WOMC | Remember ➀Conceptual ➁ |
| Federal Agencies from Transgenic Crop Regulatory Roles | WOMC | Remember ➀Factual ➀ |
Bioethics in Biotechnology
| Name | Question type | Bloom classification |
|---|---|---|
| Theranos Case Study: People and Roles | Matching | Remember ➀Factual ➀ |
| Theranos Case Study: People and Roles | WOMC | Remember ➀Factual ➀ |
Other
Cell Biology
Biophysics
| Name | Question type | Bloom classification |
|---|---|---|
| FRET Donor-Acceptor Pairs from Spectral Overlap | MC | Apply ➂Conceptual ➁ |
| FRET Color Assignments from Donor-Acceptor Permutations | MC | Apply ➂Conceptual ➁ |