Cellular respiration

Question 0

What are the reactants of the kreb cycle

Answer 0

PYRUVATE

Nad+,NADH,FADH2

Question 1

Where does Cellular respiration occur?

Answer 1

Mitochondrial matrix

Question 2

What does the Krebs cycle produce?

Answer 2

6CO2
ATP
(NADH & FADH2)

Question 3

First step:

Pyruvate broken down

Answer 3

Pyruvate molecule is split into two carbon molecules
A molecule of carbon dioxide which is given off as a waste product
High-energy electrons are transformed from the two carbon molecule to NAD+, Forming a molecule of NADH
The NADH moves to the electron transport chain

Question 4

Step two

Coenzyme A

Answer 4

Molecule called coenzyme a bonds to the 2 carbon molecule made from the breakdown of Pyruvate
This intermediate molecule goes to the Krebs cycle

Question 5

Step three citric acid form

Answer 5

The two carbon part of the intermediate molecule is added to a 4- carbon molecule to form a 6-carbon molecule called citric acid
CoA goes back to step two

Question 6

Step four citric acid broken down

Answer 6

Citric acid molecule is broken down by an enzyme and a five carbon molecule is formed
In molecule of NADH is made and moves out of the Krebs cycle
A molecule of CO2 is given off as a waste product

Question 7

Step 5 5 carbon molecule broken down

Answer 7

The five Carbon molecule is broken down by an enzyme
A 4 carbon molecule to molecule of NADH and a molecule of ATP are formed
The NADH leaves the Krebs cycle to CO2 is given off as a waste product

Question 8

Step 6 4 carbon molecule rearranged

Answer 8

And the same is rearranged the floor carbon molecule
High-energy electrons are released
Molecules of NADH and FADA H2 which is another electron Carrier are made
They leave the Krebs cycle and the four carbon molecules remain

Question 9

Where does the electron transport chain occur

Answer 9

Inner mitochondrial membrane

Question 10

What are the electron transport reactants?

Answer 10

6C02

NADH, FADA H2, ADP

Question 11

What does the electron transport chain produce

Answer 11

ATP and H2O

NAD+ and NADH

Question 12

Step one of the electron transport chain

Electrons removed

Answer 12

Proteins inside the inner membrane of the mitochondria and take high-energy electrons from NADH and FADA H2.. Two molecules of NADH and one molecule of FADA H2 are used to.

Question 13

Step two hydrogen ions transported - electron transport

Answer 13

High-energy electrons travel through the proteins in the electron transport chain. The proteins use energy from the electrons to pump hydrogen ions across the inner membrane to produce a chemosmotic gradient, just as in photosynthesis. The hydrogen ions build up on the inside of the inner mitochondrial membrane

Question 14

Step three ATP produced - electron transport

Answer 14

Flow of hydrogen ions is used to make ATP. Hydrogen ions diffuse do a protein channel in the inner membrane of the mitochondria own. Channel is part of the ATP synthase enzyme. ATP synthase phosphate groups. ( ATP = between 36 and 38

Question 15

Step four water formed - electron transport

Answer 15

Oxygen fully enters the cellular respiration process. Oxygen pick up electrons and hydrogen ions to form water. Water molecules are given off as waste

Question 16

Where does cellular respiration occur

Answer 16

Mitochondria

Question 17

Can bacteria make respiration

Answer 17

Yes

Question 18

Do you need mitochondria to do respiration

Answer 18

No you cannot actually use their outer membranes to do in aerobic respiration

Question 19

What is aerobic respiration

Answer 19

Respiration in the presence of oxygen

Question 20

Respiration is for heterotrophs or autotroph’s?

Answer 20

Heterotrophs

Question 21

When you take organic compounds in the presence of oxygen you’re converting what and what

Answer 21

Carbon dioxide and water

Question 22

What do I do autotrophs do

Answer 22

Convert carbon dioxide and water back into organic material

Question 23

When is ATP

Answer 23

Little fuel that we use in all of our cell

Question 24

What are Cristaes

Answer 24

Folds

Question 25

When is the space in the middle of the mitochondria

Answer 25

Inner membrane space

Question 26

Glycolysis is where

Answer 26

Mitochondria specifically in cytoplasm of a cell or outside of bacteria

Question 27

In glycolysis what do you do

Answer 27

You take glucose (six carbon) break that down into two molecules of pyruvate Pyruvate; three carbon inside it

Question 28

In glycolysis what do you generate

Answer 28

ATP and NADH

Question 29

Inlet call us if you also do you want

Answer 29

Transferring high-energy electrons to NADH and were adding protons Pyruvate diffuses into the mitochondria Pyruvate dehydrogenase complex; converts that three carbon molecules into acytl CoA A K a coenzyme a Give off carbon in CO2 form

Question 30

Where is the matrix

Answer 30

Inside the mitochondria

Question 31

Kreb cycle produce what

Answer 31

Produce ATP, also adding energy to NADH and FADA H2

Question 32

In the electron transfer chain electrons…

Answer 32

Electrons move through a series of proteins in the energy of those proteins is used to pump protons

Question 33

Protons are hydrogen ions where

Answer 33

To the outside of the inner membrane into inner membrane space

Question 34

Look comes are going to be added to what

Answer 34

Other protons and oxygen that we read in in going to make water

Question 35

Protons flow through protein called

Answer 35

ATP synthase

Question 36

Protons combined with electrons and…

Answer 36

Oxygen in it's going to make water can make 32 or 34 ATP

Question 37

Where does Lactaid acid fermentation take place

Answer 37

In muscles

Question 38

Cells do what in Lactic acid fermentation

Answer 38

Cells take glucose in glycolysis and breaking down into two pyruvate molecules They convert pyruvate into lacte or lacte acid Subselect run so we can make NAD plus in can be recycled again breaking down lacte requires oxygen

Question 39

Alcoholic for me soon

Answer 39

Breaks into two pyruvate and then break into chemical called ethyl alcohol except electrons so NADP plus can be recycled again O2 is present

Question 40

BALANCED EQUATION

Answer 40

C6H12O6 + 6 O2 -> 6CO2 + 6H2O + ATP