Bio - Unit 3 TEST

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What does ATP stand for?

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37 Terms

1

What does ATP stand for?

Adenosine Tri-Phosphate

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2

Where in the cell is ATP formed?

The Mitochondria

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3

What is cellular respiration?

The break down of glucose - transferring the energy into molecules of ATP

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4

Where is the energy in a molecule of ATP?

In the bonds between phosphate groups

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5

Does ATP have high or low energy?

HIGH

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6

Does ADP have high or low energy?

LOW

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7

What is the purpose of ACTIVE TRANSPORT in energy transfer?

Preventing equilibrium.

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8

How is the analogy of a dam helpful in understanding how ATP is made?

  1. A concentration gradient exists

  2. High to Low movement spins turbines moving water, moving protons and ATP synthase

  3. Energy produces: Turbine = electricity

    ATP Synthase = ATP

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9

What is ATP synthase?

A large protein found in all cells that uses energy from flowing H+ to recharge ADP into ATP

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10

What is chemiosmosis?

The movement of H+ across a membrane down their gradient to make ATP

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11

How is passive transport a part of Chemiosmosis?

Protons flowing high to love through ATP synthase

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12

How is active transport a part of chemiosmosis?

Pumping protons from low to high through ETC

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13

What is photosynthesis?

Captures the energy (sunlight) to make glucose for chemical energy

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14

Where in the chloroplast does photosynthesis happen?

  1. Grana/Thylakoids

  2. Stroma

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15

What happens in the Grana/Thylakoids?

  1. Light DEPENDANT Reactions

  2. Sunlight and water are used to produce ATP and give off oxygen through a series of reactions by the electron transport chain

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16

What happens in the Stroma

  1. Light INDEPENDENT reactions (Calvin Cycle)

  2. ATP and Carbon Dioxide are used to produce sugars (glucose) to be used as food (chemical energy) for the plant

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17

How do animals get glucose?

Through the food they eat

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18

Glycolysis

Glucose broken down before reaching mitochondria

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19

If a process REQUIRES OXYGEN it is called an…

Aerobic process

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20

Why does cellular respiration have to happen?

To take glucose that cannot be used and create ATP

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21

If it does NOT REQUIRE OXYGEN it is called an…

Anaerobic process

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22

Where does Glycolysis take place?

In the Cytoplasm (Not Mitochondria)

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23

What happens during Glycolysis?

Takes glucose and makes ATP and (2) 3 carbon molecules called PYRUVATE molecules

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24

Where does the Krebs cycle happen?

The matrix

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25

What happens during the Krebs Cycle?

Makes small amount of ATP, and releases our 6 Carbon Dioxide molecules

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26

Where is the Electron Transport Chain?

The inner membrane

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27

What happens in the ETC

A group of proteins that use electrons to pump H+ make large amounts of ATP and release our 6 Waters

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28

Does Glycolysis require oxygen?

No - it is ANAEROBIC

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29

Does the Krebs Cycle require oxygen?

Yes - it is AEROBIC

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30

Does the ETC require oxygen?

Yes - it is AEROBIC

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31

How many ATP is made in cellular respiration?

38

  • 2 from Glycolysis

  • 2 from Krebs Cycle

  • 34 from ETC

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32

Why do you breathe? What is the purpose of oxygen?

Helps attract the electrons needed for the ETC. They maintain the H+ concentration gradient in the mitochondria

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33

What happens when the oxygen supply is low, and organisms still require energy?

Formation allows glycolysis to continue to make ATP

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34

What is Fermentation?

  • Occurs when oxygen is not available for cellular respiration

  • Allows glycolysis to continue to make ATP

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35

What are the two types of fermentation?

  1. Lactic Acid: Used by some bacteria, fungi, and muscle cells. Produces lactic acid.

  2. Alcoholic: used by some bacteria and yeast cells. Produces 2 alcohol molecules (ethanol) + 2 carbon dioxide molecules

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36

What is the relationship between photosynthesis and cellular respiration?

Because the products of one reactions are the reactants of the other reaction, this enables all life to be able to survive

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37

Compare and contrast the two types of fermentation

  • Lactic acid is in our muscles. It is what we do.

  • We dont do alcoholic fermentation. That is used in things like yeast and bacteria.

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