A) 2 new somatic cells
B) Exact copies of the parent cell
C) Packets of pollen to be transferred between the abdomen of insects
D) The male and female sex cells

A) Marigolds
B) Sweet Corn
C) Garden Peas
D) Ravens

A) Genes
B) Recessive
C) Purebred
D) Characteristics
E) Dominant

A) Heterozygous
B) Genes
C) Genotype
D) Homozygous Recessive
E) Homozygous Dominant

A) Genes
B) Genotype
C) Homozygous Recessive
D) Homozygous Dominant
E) Heterozygous

A) Genes
B) Homozygous Dominant
C) Heterozygous
D) Homozygous Recessive
E) Genotype

A) Predict the rate of recessive lethal traits in offspring.
B) All of Mendel’s discoveries about genetic crosses.
C) Only the recessive alleles in a genetic cross.
D) A model of the possible outcomes of a genetic cross.
E) Only the dominant alleles in a genetic cross.

A) 0%
B) 25%
C) 100%
D) 50%
E) 75%

A) Heterozygous
B) Inheritance
C) Genotype
D) Phenotype
E) Homozygous

A) Inheritance
B) Phenotype
C) Heterozygous
D) Homozygous
E) Genotype

A) Protein Synthesis
B) Mitosis
C) DNA Replication
D) Meiosis

A) Mitosis
B) Protein Synthesis
C) DNA Replication
D) Meiosis

A) 26
B) 72
C) 35
D) 46
E) 23

A) 46
B) 26
C) 35
D) 23
E) 72

A) XY or XX
B) XX
C) XYY
D) XY
E) XXX

A) Pupa
B) Adult
C) Larva
D) Egg
E) Adolescence

A) Growing facial hair
B) Larva to butterfly
C) Puberty
D) Snake shedding skin
E) Maturing of underdeveloped structures

A) Butterflies and Moths
B) Bees and Wasps
C) Dragonflies and Dung Beetles
D) Butterflies and Bees
E) Moths and Wasps

A) Egg
B) Pupa
C) Larva
D) Adolescence
E) Adult

A) Abdomen
B) Proboscis
C) Spermatophore
D) Antennae
E) Leg