Meiosis
Mendel and His Ideas
Mendelian Inheritance
Punnett Squares
Other Types of Dominance
100

Process which creates egg and sperm cells, resulting in variation.

Meiosis

100

This was the scientist who first began studying heredity and genetics.

Gregor Mendel

100

This is an organism's genetic makeup.

Genotype

100

This type of organism has 2 dominant alleles for a trait.

Homozygous Dominant

100

This occurs when 2 traits are not fully dominant, causing a mixture of the traits.

Incomplete Dominance

200

Meiosis results in this many cells

4

200

This is the study of heredity

Genetics

200

This is an organism's physical appearance.

Phenotype

200

This type of organism has 2 recessive alleles for a trait

Homozygous recessive

200

This occurs when 2 traits are dominant, and both are fully displayed.

Codominance

300

The daughter cells in meiosis have only 1 set of chromosomes, making them ___________.

Haploid

300

This is the passing of physical characteristics from parent to offspring.

Heredity

300

This shows all of the possible outcomes of a genetic cross.

Punnett square

300

A homozygous dominant mother and homozygous recessive father will have children with the ________ phenotype.

Dominant

300

A Blue and Red flower are bred. The alleles show incomplete dominance. What is the phenotype of the children?

Purple

400

Crossing over refers to _________.

Mixing of DNA

400

Factors that control traits are called this.

Genes

400

How many dominant alleles are needed for a particular trait to show up?

1

400

In a monohybrid cross, 2 heterozygous parents have children with this phenotypic ratio:

3:1

400

A black cow and white cow are bred. The alleles show codominance. What is the phenotype of their children?

Black and white spots

500

Crossing over occurs during _________.

Prophase I

500

Different forms of a gene are called this.

Alleles

500

An organism with 2 different alleles for a trait is called a ______.

Hybrid/heterozygous

500

In a dihybrid cross, 2 heterozygous parents have children with this phenotypic ratio:

9:3:3:1

500

A mother with blood type AO and a father with blood type AB. What percentage of their children will have type B blood.

25%

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