Prokaryote vs. Eukaryote
Organelles
Transport
Eukaryotes
and Organelles
Transport pt. 2
Previous Units
100

This is an example of a prokaryote. 

What are bacteria? 

100

This is the powerhouse of the cell because it makes ATP energy. 

What are mitochondria? 

100

Molecules move in this direction in passive transport

High to low (down the concentration gradient)

100

What are the 2 types of eukaryotic cells?

What are plants and animals

100

Active transport requires an input of what? 

What is ATP (energy)?
100

Organic molecules are made of this element. 

What is carbon? 

200

This is one difference between a prokaryotic and eukaryotic cell. 

What is a prokaryote is simple, and eukaryotes are complex, prokaryotes have no membrane bound organelles, etc?

200

This is the site of protein synthesis in both prokaryotic and eukaryotic cells. 

What are the ribosomes? 

200

These are the three types of passive transport. 

What are diffusion, facilitated diffusion, and osmosis? 

200

What organelles are ONLY in plant cells?

What are chloroplast and cell wall

200

During active transport, molecules move in this direction. 

What is against the concentration gradient? LOW TO HIGH

200

This is the monomer of a protein. 

What is an amino acid? 

300

This is the region in a prokaryotic where the genetic information is stored. 

What is the nucleoid region (DNA)? 

300

What are the 2 kinds of ERs, and what do they do?

What are Smooth makes lipids, and Rough makes and transports proteins

300

A cell placed in a hypertonic solution will do this. 

What is shrink? 

300

What does the nucleolus do and where is it located?

What I makes ribosomes in the nucleus

300

A cell with 60% water is placed in a solution with 30% solute. Will the water move in or out of the cell?

The water will move into the cell (swell)

300

Two functions of lipids.

What are insulation, long-term energy and composition of the cell membrane? 

400

What is the name of the hairs on the outside of prokaryotes that help them stick to surfaces?

What is pilus? 

400

These two organelles are unique to animal cells. 

What are lysosomes and centrioles? 

400

What is osmosis?

Passive transport, moves water from high to low

400

What does the Golgi body do?

package, sort, modify materials (proteins + lipids)

400

What is the difference between facilitated and simple diffusion?

simple diffusion goes through the phospholipid bilayer, facilitated diffusion uses transport proteins

400

Sarah want to find out if adding salt to slugs diets will cause an increase in shell density. She decides to give 1 snail 50 mg of salt, 1 snail 30 mg of salt, 1 snail 10 mg of salt, and 1 snail no salt. 

What are the independent & dependent variables AND the control?

What is amount of salt (IV), shell density (DV), and the snail with no salt (control)

500

What are all the "organelles" (non-membrane bound) that prokaryotes and eukaryotes share?

what are ribosomes, cell membrane, cytoplasm, cell wall?

500
What function do lysosomes serve for the immune systems and how?

They are the 1st line of attack/defense because they break things down with digestive enzymes

500

What are the differences between pinocytosis and phagocytosis?

What is pinocytosis brings in water, and phagocytosis brings in food?

500

Explain in detail the differences between animal cell vacuoles, and plant cell vacuoles (structure + function)

What is animal cell vacuoles are smaller and there are more of them, they store waste, food, water. Plant cells are large, there is just 1, and they are central to the cell. They store water and push against the cell to wall to keep it rigid.

500

A hypertonic cell is placed into a hypotonic solution, what happens to the cell? 

The cell will swell

500

This is carbohydrate storage in plants. 

What is starch?