What is the difference between genotype and phenotype?

Genotype refers to the genetic makeup, while phenotype refers to the physical traits.

Genotype refers to physical traits, while phenotype refers to the genetic makeup.

Genotype and phenotype are the same.

Genotype is influenced by the environment, while phenotype is not.

Which of the following is an example of a phenotype?

The sequence of nucleotides in a DNA molecule

The presence of a recessive allele

The arrangement of genes on a chromosome

How can two organisms with the same genotype have different phenotypes?

Due to environmental influences.

They cannot have different phenotypes.

Because they have different DNA sequences.

Because they belong to different species.

Genotype & Phenotype

Quiz

•

Science

•

7th Grade

•

Practice Problem

•

Hard

•

NGSS

MS-LS4-4, HS-LS3-1, MS-LS1-5

+1

Standards-aligned

Lisa Thompson

FREE Resource

15 questions

Show all answers

1.

MULTIPLE CHOICE QUESTION

1 min • 1 pt

Homozygous recessive

FF

Ff

ff

No hair on fingers

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Genotype & Phenotype

15 questions

Homozygous recessive

Heterozygous

Free earlobes (F) are dominant to attached earlobes (f).
State phenotype for FF.

Free earlobes (F) are dominant to attached earlobes (f). State phenotype for Ff.

Free earlobes (F) are dominant to attached earlobes (f). State phenotype for ff.

No hair on fingers (h) is recessive to hair on fingers (H).
State the phenotype for hh.

No hair on fingers (h) is recessive to hair on fingers (H).
State the phenotype for HH.

No hair on fingers (h) is recessive to hair on fingers (H).
State the phenotype for Hh.

Cleft chin (E) is dominant to smooth chin (e). State the genotype(s) for cleft chin.

Cleft chin (E) is dominant to smooth chin (e).
State the genotype(s) for smooth chin.

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Genotype & Phenotype

15 questions

Homozygous recessive

Heterozygous

Free earlobes (F) are dominant to attached earlobes (f). State phenotype for FF.

Free earlobes (F) are dominant to attached earlobes (f). State phenotype for Ff.

Free earlobes (F) are dominant to attached earlobes (f). State phenotype for ff.

No hair on fingers (h) is recessive to hair on fingers (H). State the phenotype for hh.

No hair on fingers (h) is recessive to hair on fingers (H). State the phenotype for HH.

No hair on fingers (h) is recessive to hair on fingers (H). State the phenotype for Hh.

Cleft chin (E) is dominant to smooth chin (e). State the genotype(s) for cleft chin.

Cleft chin (E) is dominant to smooth chin (e). State the genotype(s) for smooth chin.

Access all questions and much more by creating a free account

Similar Resources on Wayground

Popular Resources on Wayground

Discover more resources for Science

Free earlobes (F) are dominant to attached earlobes (f).
State phenotype for FF.

No hair on fingers (h) is recessive to hair on fingers (H).
State the phenotype for hh.

No hair on fingers (h) is recessive to hair on fingers (H).
State the phenotype for HH.

No hair on fingers (h) is recessive to hair on fingers (H).
State the phenotype for Hh.

Cleft chin (E) is dominant to smooth chin (e).
State the genotype(s) for smooth chin.