Cool cells
Awesome ATP, photosynthesis, and cellular respiration
Cell Division Celebration
Dynamic DNA and Proteins
Groovy Genetics
100

DNA is stored in the __________

Nucleus 

100

Photosynthesis uses what source of energy along with to create sugar 

Sunlight 

100

1 cell divides to produce how many new but identical cells

100

How many pairs of chromosomes do people have

23

100
The physical appearance of a trait is called the 

phenotype 

200

This cell type does not have a nucleus

Prokaryotes 

200

What gas is required for photosynthesis to occur

carbon dioxide 

200

The process of cell division is called

mitosis 

200

The three main parts of a nucleotide are the sugar, phosphate backbone, and _____________

Base 
200

Multiple versions of a gene are called

alleles 

300

Which organelle makes proteins 

Ribosomes 

300

The Krebs cycle occurs in what part of the cell

mitochondria 

300

These structures attach to chromosomes at the centromere and separate them during mitosis 

Spindle fibers 

300

Write the complimentary sequence to this piece of DNA ATGCA

TACGT

300

Two of the same alleles are this type of genotype

Homozygous 

400

This part of the cell packages and sorts proteins

Golgi Body 

400

The most ATP made during cellular respiration occurs during what process

electron transport 

400

During the cell cycle - G1 phase, G2 phase, and S phase - what two key things happen to a cell (2 answers)

Cells grow and their DNA is copied 

400

This process converts DNA into mRNA

transcription 

400

This type of trait occurs with the presence of only one allele

Dominant 

500

This organelle gives cells their shape

Cytoskeleton 

500

Glycolysis breaks glucose down into this molecule

Pyruvic acid 

500

This disease occurs when cells loose their ability to control the cell cycle

Cancer

500

These structures bring over amino acids to the ribosome during translation/protein synthesis

tRNA 

500

A heterozygous brown eyed mother (Bb) and homozygous blue eyed father (bb) have a child. What are the probabilities of the different genotypes for the child? 

Bb/brown - 50%

bb/blue - 50%