Question 1

The genetic composition of an individual is called its .

Accepted Answer

A)  Phenotype 
B)  Genotype 
C)  Hybrid 
D)  Dominance 
E)  None of the answers are correct 
A)  Phenotype 
B)  Genotype 
C)  Hybrid 
D)  Dominance 
E)  None of the answers are correct

Question 2

The stamen represents the portion of the plant, while the ovules represent the portion of the plant.

Accepted Answer

A)  Female ; male 
B)  Male ; female 
C)  Female ; female 
D)  Male ; male 
A)  Female ; male 
B)  Male ; female 
C)  Female ; female 
D)  Male ; male

Question 3

A coin is flipped 100 times, with a result of 53 heads and 47 tails. The deviation between the observed numbers and the expected 50-50 results is called .

Accepted Answer

A)  Probability 
B)  Degrees of freedom 
C)  Goodness of fit 
D)  Random sampling error 
E)  Standard error 
A)  Probability 
B)  Degrees of freedom 
C)  Goodness of fit 
D)  Random sampling error 
E)  Standard error

Question 4

Using Mendel's flower color (purple is dominant, white is recessive), if a two heterozygous plants are crossed, what is the probability that the first two offspring will have purple flowers?

Accepted Answer

A)  1/2 
B)  1/4 
C)  6/4 
D)  9/16 
E)  1/16 
A)  1/2 
B)  1/4 
C)  6/4 
D)  9/16 
E)  1/16

Question 5

When Mendel crossed two plants that were heterozygous for a single trait, what was the phenotypic ratio of their offspring?

Accepted Answer

A)  1:2:1 
B)  9:3:3:1 
C)  3:1 
D)  7:4 
E)  Varied depending on the trait 
A)  1:2:1 
B)  9:3:3:1 
C)  3:1 
D)  7:4 
E)  Varied depending on the trait

The genetic composition of an individual is called its .

The stamen represents the portion of the plant, while the ovules represent the portion of the plant.

A coin is flipped 100 times, with a result of 53 heads and 47 tails. The deviation between the observed numbers and the expected 50-50 results is called .

Using Mendel's flower color (purple is dominant, white is recessive), if a two heterozygous plants are crossed, what is the probability that the first two offspring will have purple flowers?

When Mendel crossed two plants that were heterozygous for a single trait, what was the phenotypic ratio of their offspring?

Overview of Genetics

Reproduction and Chromosome Transmission

Extensions of Mendelian Inheritance

Non-Mendelian Inheritance

Genetic Linkage and Mapping in Eukaryotes

Genetic Transfer and Mapping in Bacteria and

Variation in Chromosome Structure and Number

Molecular Structure of Dna and Rna

Chromosome Organization and Molecular Structure

Dna Replication

Gene Transcription and Rna Modification

Translation of Mrna

Gene Regulation in Bacteria and Bacteriophages

Gene Regulation in Eukaryotes

Gene Mutation and Dna Repair

Recombination and Transposition at the Molecular

Recombinant Dna Technology

Biotechnology

Genomics I: Analysis of Dna

Genomics II: Functional Genomics, Proteomics, and

Medical Genetics and Cancer

Developmental Genetics

Population Genetics

Quantitative Genetics

Evolutionary Genetics

Filters

Exam 2: Mendelian Inheritance

The genetic composition of an individual is called its .

The stamen represents the portion of the plant, while the ovules represent the portion of the plant.

A coin is flipped 100 times, with a result of 53 heads and 47 tails. The deviation between the observed numbers and the expected 50-50 results is called .

Using Mendel's flower color (purple is dominant, white is recessive), if a two heterozygous plants are crossed, what is the probability that the first two offspring will have purple flowers?

When Mendel crossed two plants that were heterozygous for a single trait, what was the phenotypic ratio of their offspring?

Overview of Genetics

Reproduction and Chromosome Transmission

Extensions of Mendelian Inheritance

Non-Mendelian Inheritance

Genetic Linkage and Mapping in Eukaryotes

Genetic Transfer and Mapping in Bacteria and

Variation in Chromosome Structure and Number

Molecular Structure of Dna and Rna

Chromosome Organization and Molecular Structure

Dna Replication

Gene Transcription and Rna Modification

Translation of Mrna

Gene Regulation in Bacteria and Bacteriophages

Gene Regulation in Eukaryotes

Gene Mutation and Dna Repair

Recombination and Transposition at the Molecular

Recombinant Dna Technology

Biotechnology

Genomics I: Analysis of Dna

Genomics II: Functional Genomics, Proteomics, and

Medical Genetics and Cancer

Developmental Genetics

Population Genetics

Quantitative Genetics

Evolutionary Genetics

Filters