Cell Organelles #1
cell respiration and photosynthesis
Cell Organelles #3
random
dna
100

This is the basic unit of structure and function in a living thing.

cell

100

This process occurs in animal cells and is the opposite of photosynthesis

Cellular Respiration

100

found in the nucleus of a cell that contains the instructions needed for an organism to develop, survive, and reproduce.

DNA

100

Organisms that are made of only 1 cell are called this

Unicellular 

100

what is the shape of dna 

double helix 

200

All living things are made of....

Cells

200

what are the two reactants for cellular respiration 

oxygen 

glucose 

200

DNA is located inside of this organelle

Nucleus

200

Organisms made of of many cells are called 

Multicellular 

200

what connects the two strands of dna 

base pairs 

300
This organelle is found only in plant cells and protects and supports the cell.
Cell wall
300

Photosynthesis takes place in the 

Chloroplast

300

Plant and Animal cells are (Eukaryotic or prokaryotic)?

Eukaryotic (meaning they have a nucleus)

300

Photosynthesis only happens in this type of cell?

Plant Cells

300

list the four base pairs and how they connect 

A-T

C-G

400

This organelle is the powerhouse of the cell that turns food into energy.

Mitochondria

400

What are the products of cellular respiration?

ATP

water 

carbon dioxide 

400

This organelle is gel-like and holds the other organelles

Cytoplasm

400
Where does transcription occur 

the nucleus of the cell 

400

what is the main difference between RNA and DNA 

RNA: single strand 

DNA: double strand 

RNA has a U instead of a T 

500

This organelle controls what substances go in and out of the cell.

Cell membrane

500

What is the equation for photosynthesis?

6CO+ 6H20 + Energy -> C6H12O6 + 6O2 

500

This organelle makes proteins in the cell

ribosomes

500

Translation turns what into what 

mRNA to proteins through using TRNA and a ribosome 

500

why is DNA a good way to identify someone 

DNA is a unique pattern to each specific individual 

M
e
n
u