Reproduction
Genetics
Vocabulary
Forces
Bonus
100

This type of reproduction only has one parent.

Asexual Reproduction

100

Gene versions that are different are called

Heterozygous

100

Any difference in traits between individual organisms

Variation. 

100

The two types of energies we learned in the force and motion unit are: 

Kinetic and Potential energy

100

Mr. Jackson's first name

Vincent.

200

This type of reproduction has two parents

Sexual reproduction

200

Differences among features (such as eye color) are called ______.

Traits

200

Information about the natural world that is used to support or go against (refute) a claim.

Evidence

200

Both potential and kinetic energy is affected by this factor:

Mass

200

A _____ force can cause a greater change in velocity. 

greater

300

A bud growing from a hydra is an example of what type of reproduction

Asexual reproduction

300

Organisms _______ their genes through sexual reproduction.

inherit

300

What gives instructions to proteins

Genes
300

If there is an object going 5 m/s to the right and a strong force is applied to it from the right. Which direction will it travel? 

Left.
300

What law explains why we don't just go through the floor?

Newton's third law.

400

This type of reproduction has a high level of gene variation

Sexual Reproduction

400

The _______ of molecules determines how they function at a molecular scale, which determines the properties of the object they make up.

Structure

400

How something works

Function

400

This type of energy increases with more height and mass.

Potential Energy

400

How an object changes ______ depends on the direction of the force exerted on that object.

Velocity

500

An offspring inherits how many gene versions from each parent

1

500

This creature can clone itself and mate with another. 

Sea sponges
500

A type of large molecule that performs important function inside organisms. Be specific.

Protein Molecule.

500

Name this: For every action there must be an "equal and opposite reaction". Be specific 

Newton's third law.

500

Ms. Bardman's birthday

September 22nd

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