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Cellular Respiration

Cellular Respiration

Assessment

Presentation

•

Biology

•

10th Grade

•

Practice Problem

•

Medium

•
NGSS
HS-LS1-7, HS-LS2-5

Standards-aligned

Created by

Audrey Nebzydoski

Used 17+ times

FREE Resource

11 Slides • 5 Questions

1

Cellular Respiration Intro

Mrs. Nebzydoski

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2

Think....

Can you answer these questions?​

What is consumed in cellular respiration?

What is produced in cellular respiration?

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3

Cellular Respiration Equation
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4

Cellular Respiration Reaction

Note:

Reactants= one C6H12O6 and six O2

Products= six CO2 and six H2O and ATP energy

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5

Multiple Choice

The reactants of cellular respiration are (choose all that apply)

1

glucose

2

oxygen

3

carbon dioxide

4

water

5

energy

6

Multiple Choice

The products of cellular respiration are (choose all that apply)

1

glucose

2

oxygen

3

carbon dioxide

4

water

5

ATP Energy

7

Multiple Choice

Cellular respiration occurs in which organelle?

1

chloroplast

2

nucleus

3

mitochondria

8

Cellular Energy from Redox Reactions
  • Look at page 92, Figure 6.5 A

  • The equation shows that glucose loses H's

  • The equation shows that oxygen gains H's

  • We refer to H's in regard to electrons

  • This is a Redox Reaction

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9

Oxidation Reduction Reactions

We say Leo the lion goes Ger


Lose electrons = oxidation

Gain electrons = reduction

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10

NAD+ and NADH

Look at Figure 6.5B on page 92

​

NAD is what we call an "electron carrier"

​

We focus on this molecule throughout the process of cellular respiration

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11

Multiple Choice

Oxidation is the _____ of electrons.

(Hint: LEO the lion goes GER)

1

loss

2

gain

12

Multiple Choice

NAD+ becomes NADH when it picks up two ______.

1

electrons

2

protons

3

glucose molecules

4

ATP molecules

13

Steps of Cellular Respiration
  • Glycolysis

  • Pyruvate Oxidation

  • Kreb's Cycle (citric acid cycle)

  • Oxidative Phosphoryllation (e- transport chain)

14

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15

Can you explain where these stages happen?
  • Glycolysis

  • Citric Acid Cycle

  • Oxidative Phosphorulation

16

For the test:
  • Be able to explain glycolysis

  • Be able to explain the citric acid cycle

  • Be able to describe the electron transport chain and oxidative phosphoryllation

  • Be able to describe the structure of a mitochondria​

pattern-tertiary
Cellular Respiration Intro

Mrs. Nebzydoski

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