Cellular Respiration
Parts of a cell
Aerobic vs Anaerobic
ATP
100

The reason cells use cellular respiration

To get energy in the form of ATP

100

Where cellular respiration happens. Like a power plant

Mitochondria

100

The first step in either aerobic or anaerobic respiration

Glycolysis

100

The number of phosphates in an ATP molecule

3

200

The part of aerobic cellular respiration in which CO2 is generated (along with electron carries and some ATP)

Kreb's Cycle

200

The gel-like substance that fills a cell up on the inside

Cytoplasm

200

A squirrel needs to breathe oxygen or it will die, meaning that it is this type of organism 


(options: Obligate aerobe, obligate anaerobe, aerotolerant anaerobe, facultative anaerobe)

Obligate aerobe
200

When this molecule is removed from ATP, it causes a RELEASE of energy

Phosphate

300

A complex of proteins in the inner membrane of the mitochondria that pump hydrogen ions across the membrane to create a concentration gradient.

Electron Transport Chain

300

Attached to the nucleus and moves proteins around like a highway. Has a smooth part and a rough part

Endoplasmic Reticulum

300

Yeast can switch between aerobic and anaerobic respiration, meaning it is this type of organism..

(options: Obligate aerobe, obligate anaerobe, aerotolerant anaerobe, facultative anaerobe)

Facultative anaerobe

300

ATP has this kind of energy

options: Kinetic, potential, nuclear, physical

Potential

400

The specific reason oxygen is necessary in aerobic respiration.

It is the final acceptor of electrons in the electron transport chain

Needed to continue hydrogen ion pump and maintain gradient

400

What are two things a eukaryotic cell has that a prokaryotic cell does not have

- Membrane-bound organelles

- Nucleus that contains the DNA

- Larger size

400

The bacterium Streptomyces dies if it is exposed to oxygen, meaning it is this type of organism:

(options: Obligate aerobe, obligate anaerobe, aerotolerant anaerobe, facultative anaerobe)

Obligate anaerobe

400

This molecules can be turned into ATP through cellular respiration

ADP

500

How the proton gradient within the mitochondria is able to generate ATP

H+ flows from high to low concentration, channeled through ATP Synthase

500

What are 2 features of a plant cell that an animal cell does not have?

- Cell wall

- Chloroplasts

- Large central vacuole

500

What are two possible outputs of fermentation that are NOT outputs of aerobic respiration?

- Ethanol

- Lactic Acid

500

The reason ATP is compared to a rechargeable battery

Example: It holds potential chemical energy.

 ADP can be "charged up" into ATP by adding a phosphate group