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Question 1

Sex cells

Answer 1

Gamete cells

Question 2

Body cells

Answer 2

Somatic cells

Question 3

Both have the same genetic code. (germ cells)

Answer 3

Gametic and somatic cells

Question 4

Determined by dominant and recessive alleles of one gene

Answer 4

Mendelian traits

Question 5

Can be determined by more than one gene.

Answer 5

Non mendelian traits

Question 6

Allows cells to reproduce to replace cells and allow organisms to grow.

Answer 6

Mitosis

Question 7

Produces great genetic diversity.

Answer 7

Meiosis

Question 8

Both involve cell division.

Answer 8

Mitosis and Meiolsis

Question 9

Produces two genetically identical daughter cells from a single parent cell

Answer 9

Mitosis

Question 10

Produces cells that are genetically unique from the parent and contain only half as much DNA.

Answer 10

Meiosis

Question 11

Creates a unique pattern of genetic material

Answer 11

Crossing over

Question 12

Increases the number of possible combinations that can occur in offspring.

Answer 12

Independent assortment

Question 13

An example of this would be combining black and white flowers (BB) and (WW) and the result be BW (gray).

Answer 13

Incomplete dominance.

Question 14

When neither of two alleles of a gene is dominant or recessive. An example of this would be the AB blood type.

Answer 14

Codominance

Question 15

Have two complete sets of chromosomes

Answer 15

Diploids

Question 16

Have one complete chromosome set.

Answer 16

Haploids