CER
Genetics
Biology
Experimental Design
Misc
100

A statement that answers a question

Claim

100

 The set of genes that an organism carries, represented by upper/lowercase letters

Genotype

100

Used to look at objects on the cellular level

Microscope

100

The variable that is changed or manipulated

Independent

100

What will be measured and observed in an experiment.

Dependent Variable

200

Quantitative or qualitative data/ observations

Evidence

200

Two of the same form of a gene, with one from the mom and the same one from the dad

Homozygous

200

The function of muscle tissue

Carry out movement of the body. 

200

Variables that are purposely kept the same throughout the experiment

Constants

200

It functions as support and protection

Skeletal System

300

A scientific concept or explanation that links the evidence to the claim

Reasoning

300

Shows the specific trait ONLY when both parents pass the gene on to their offspring.

Recessive trait

300

Smooth muscle is found inside many internal organs, such as the stomach and blood vessels is an example. 

Involuntary Muscle

300

Used for comparison

Bar Graph

300

Muscles under your control

Voluntary

400

Must support the claim

Evidence

400

Daily Double (800pts)

Determine the probability of the genotype (yy) using a Punnett Square where you cross two parents that are Yy.

25% or 1 out of 4

400

Connect muscles to bones

Tendons

400

What happened in the experiment

Results

400

Shows its specific trait, even if only one parent passed the gene on to the offspring.

dominant trait

500

Triple Trouble

Things a scientific explanation must include.


(500 pts for each one you list)

 - a claim that answers the question

 - evidence from your data

 - reasoning that involves a scientific rule or principle that describes why the                                                            

500

Influenced both by its genotype and by the environment.

Phenotype

500

Getting goosebumps when you are cold is an example. 

Response

500

Double Down (1000 pts)

Label the X and Y axis for this experiment. 

Little Johnny threw three different kinds of airplanes (Paper, plastic and foam) and measured how far they flew. He made a bar graph. Tell what label he put on the X axis and what was on the Y axis.

X = Type of Airplane

Y = Distance plane flew

500

Why the cells of unicellular and multicellular organisms divide

(hint... no half credit)

To replace cells and to grow.