Different forms of the same gene are called:

The gene combination that a person has is called their:

The visible physical features that a person has is called their:

All of the following are phenotypes EXCEPT:

Which of the following would analyze the MOST traits?

If you did the monohybrid cross for:

Ee x EE

Which of the following WOULD NOT be present in the offspring?

If you did the monohybrid cross for:

Ee x EE

What percent of the offspring would show the dominant trait?

If we are going to do a DIHYBRID CROSS and the first parent has the genotype:

HhDD

Which of the following are possible allele combinations that this parent COULD pass to their offspring? (Check ALL that apply.)

The genotype belongs in the box with a "?" is:

How many different genotypes are found in the offspring of this dihybrid cross?

Looking at this dihybrid cross, what percent of the offspring would be classified as "DD"?

Large pieces of DNA that hold genetic information are called:

What is the total number of chromosomes people supposed to have?

How many "somatic" chromosomes are people supposed to have?

How many "sex" chromosomes are people supposed to have?

Which of the following would be considered "sex" chromosomes? (Check ALL that apply.)

The chromosome combination that leads to someone biologically being male is:

The chromosome combination that leads to someone biologically being female is:

Any trait that determined by a gene on the sex chromosomes is called a/an:

Sex-linked traits are MOST COMMONLY found on:

Which of the following have been identified as "Sex-Linked Traits"? (Check ALL that apply.)

If a RECESSIVE sex-linked trait is on the "X" chromosome, how many copies of that recessive allele does A FEMALE have to have in order for the recessive trait to show?

If a RECESSIVE sex-linked trait is on the "X" chromosome, how many copies of that recessive allele does A MALE have to have in order for the recessive trait to show?

The cross shown here is:

How many females are shown in this cross?

What are the chances that a FEMALE OFFSPRING from this cross will show the recessive trait

What are the chances that a MALE OFFSPRING from this cross will show the recessive trait

A type of inheritance when the F1 generation has a phenotype that looks like a BLEND of the two parental phenotypes is:

If you breed a GREEN betta fish with a ROYAL BLUE betta fish, the baby betta fish will be a STEEL BLUE (bluish-green) color. This is an example of:

Our conversation about "color mixing" was all about:

A pattern of inheritance where two alleles show themselves independently of one another in the phenotype of an individual who's heterozygous is called:

If your mom gives you the gene for "A-Blood" and your dad gives you the gene for "B-Blood," what type of blood do you have?

Any trait that is coded for by more than two alleles is said to have:

The fact that there are three different alleles for blood type (I^A, I^B, and i) tells you that blood type is an example of:

Which of the following combinations would lead to "A" blood? (Check ALL that apply.)

Which of the following combinations would lead to "O" blood? (Check ALL that apply.)

If you have "B-Blood," who can you receive blood from? (Check ALL that apply.)

What is this?

On a pedigree, males are shown as:

On a pedigree, females are shown as:

Does this pedigree show genotypes or phenotypes?

Which of the following individuals "have" this disorder? (Check ALL that apply.)

Which of the following individuals MUST BE A CARRIER for this disorder?

How are "II-3" and "III-1" related?

Genes that are able to move from one spot to another on a chromosome are called:

Molecule that provides energy for cellular processes

Complex chemical reactions that transform potential chemical energy in food into ATP

Natural process where DNA/RNA is broken and then rejoined to another molecule

Moving things across the cell membrane - down the concentration gradient - though transport proteins