Welcome to Jeopardy!!! Get your neurons firing! Today’s Topic: Photorespiration Let’s Begin!...

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Welcome to Jeopardy!!!

Get your neurons firing!

Today’s Topic:

Photorespiration

Let’s Begin!

With your FAVORITE Host…. Ms. B!

Most organisms use an energy storage molecule called…

A) Adenosine tri phosphate

B) Vacuole

C) Pigment

D) Chlorophyll

Where does the carbon come from in the carbon dioxide released in

the Kreb’s cycle?A) Oxygen we breathe

B) Glucose

C) Water

D) ATP

What makes the water in the ETC?

If 23 NADH enter the ETC, how many ATP will be made from them?

A) NADH, FADH2

B) ATP, NADH

C) Fats, NADH

D) NADH, Glucose

Electrons are carried and delivered to the Electron Transport Chain VIA…

Which type of Vitamins are riboflavin and niacin (NADH and

FADH2)

a) A

b) B

c) C

d) D

The greatest amount of Carbon dioxide produced from cellular respiration occurs in

_________. • A) ETC

• B) Glycolysis

• C) Kreb’s Cycle

• D) Anaerobic Respiration

Where does the ETC take place?

A) In the cytosol

B) Inner mitochondria membrane

C) Outer mitochondria membrane

D) Cell membrane

Which of the following is not part of the cellular respiration?

A) Electron Transport Chain

B) Glycolysis

C) Kreb’s Cycle

D) Calvin Cycle

When sprinting across the field, _______ __________ is produced by

your muscle cells

**Fill in the Blanks**

A) Fermentation of sugars to produce methane

B) Aerobic respiration of ethanol to produce sugar

C) Aerobic respiration of sugar to produce methane

D) Fermentation of sugars to produce ethanol

To create this product, this must happen.

How many ATP are made from 4 glucose molecules in both

glycolysis and Krebs cycle?

How many CO2 are produced from 4 pyruvates?

Aerobic respiration begins in the ______ and ends in the ______.

A) Mitochondria, cytoplasm

B) Cytoplasm, mitochondria

C) Nucleus, mitochondria

D) Mitochondria, nucleus

Through the process of aerobic respiration, glucose is a form of ________ energy that gets

converted into ________ energy.

A) Chemical, Kinetic

B) Kinetic, Chemical

C) Potential, Kinetic

D) Chemical, Chemical

Humans (You and Me) breathe oxygen specifically because….

A) Anaerobic fermentation requires oxygen as a final acceptor of electrons from NADH

B) Glycolysis produces electrons for NADHC) ETC requires oxygen as a final electron

acceptorD) To produce water in the ETC

Which muscle can never undergo anaerobic respiration?

A) Stomach

B) Brain

C) Heart

D) Tongue

Anaerobic respiration produces ____ ATP from 5 glucose molecules

A) 5

B) 10

C) 20

D) 40

Wine is made by _________ of yeasts to produce __________.

A) Fermentation, Sugar

B) Aerobic Respiration, Water

C) Fermentation, Ethanol

D) Aerobic Respiration, Sugar

Which step of cellular respiration occurs in the cytoplasm?

A) Glycolysis

B) Calvin Cycle

C) Kreb’s cycle

D) Electron Transport Chain

How many NAD+ are required to produce 16 pyruvates in glycolysis?

Aerobic respiration of 3 glucose molecules produces ______ ATP.

A) 10

B) 36

C) 74

D) 108

NADH donates ___ electrons to the ETC.

• A. 1

• B. 2

• C. 4

• D. 6

The ETC makes ___ ATP and cellular respiration makes ___ ATP.• A. 36/ 32

• B. 38 / 36

• C. 36 / 38

• D. 34 / 38

What is the equation for cellular respiration?

How many net ATP are made from 1 glucose molecule in glycolysis?

• A. 2

• B. 4

• C. 6

• D. 32

If 2 glucose enter glycolysis, how many pyruvates are made?

• A. 2

• B. 4

• C. 8

• D. 12

Which of the following organisms do NOT do anaerobic respiration?

A. Bacteria

B. Yeast

C. Humans

D. All do anaerobic respiration

The following reaction is a ….

• A. Catabolic Reaction

• B. Anabolic Reaction

• C. Both Catabolic and Anabolic Reactions

• D. Neither Catabolic and Anabolic Reactions

An organism that uses hydrogen sulfide as a source of energy is categorized as which of the following?

• A. photoautotroph

• B. heteroautotroph

• C. chemoautotroph

• D. thermoautotroph

What results from the removal of a phosphate group from ATP?

• a. the production of mechanical energy

• b. the release of energy

• c. the creation of energy

• d. the absorption of energy by chlorophyll