Question 1

A person who has two identical alleles for a particular gene is _____ for that gene.

Accepted Answer

A) dominant 
B) heterozygous 
C) homozygous 
D) positive 
A) dominant 
B) heterozygous 
C) homozygous 
D) positive

Question 2

In pea plants,the allele for tall (T)is dominant to the allele for short (t).The genotype for a short pea plant is _____.

Accepted Answer

A) Tt 
B) tt 
C) Tt or tt 
D) TT or tt 
A) Tt 
B) tt 
C) Tt or tt 
D) TT or tt

Question 3

Genotype refers to

Accepted Answer

A) the number of alleles of a gene that a person has. 
B) the combination of alleles for a particular gene. 
C) a person's entire genome sequence. 
D) the appearance of a trait. 
A) the number of alleles of a gene that a person has. 
B) the combination of alleles for a particular gene. 
C) a person's entire genome sequence. 
D) the appearance of a trait.

A person who has two identical alleles for a particular gene is _____ for that gene.

In pea plants,the allele for tall (T)is dominant to the allele for short (t).The genotype for a short pea plant is _____.

Genotype refers to

What Is in a Human Genome

Cells

Meiosis,Development and Aging

Beyond Mendels Laws

Matters of Sex

Multifactorial Traits

Genetics of Behavior

DNA Structure and Replication

Gene Action: From DNA to Protein

Gene Expression and Epigenetics

Gene Mutation

Chromosomes

Constant Allele Frequencies

Changing Allele Frequencies

Human Ancestry and Evolution

Genetics of Immunity

Cancer Genetics and Genomics

Genetic Technologies: Patenting, modifying, and Monitoring Dna

Genetic Testing and Treatment

Reproductive Technologies

Genomics

Filters

Exam 4: Single-Gene Inheritance

A person who has two identical alleles for a particular gene is _____ for that gene.

In pea plants,the allele for tall (T)is dominant to the allele for short (t).The genotype for a short pea plant is _____.

Genotype refers to

What Is in a Human Genome

Cells

Meiosis,Development and Aging

Beyond Mendels Laws

Matters of Sex

Multifactorial Traits

Genetics of Behavior

DNA Structure and Replication

Gene Action: From DNA to Protein

Gene Expression and Epigenetics

Gene Mutation

Chromosomes

Constant Allele Frequencies

Changing Allele Frequencies

Human Ancestry and Evolution

Genetics of Immunity

Cancer Genetics and Genomics

Genetic Technologies: Patenting, modifying, and Monitoring Dna

Genetic Testing and Treatment

Reproductive Technologies

Genomics

Filters