bio cellular resp

Question 1

C6H12O6 + 6O2`

Answer 1

6CO2 + 6H2O + 38atp

Question 2

steps

Answer 2

glycolysis 2

transition rxn: exergonic

kreb cycle 2

electron transport chain 34

Question 3

1
glycologsis
(cytosol)

Answer 3

glucose is broken down

2 phophate group added (energy investment) to it before.
hydrogen removed (2NAD)
A phosphate group added to 3C= pyruvate

Question 4

2
transition rxn
(Matrix)

Answer 4

pyruvate release CO2 then H becomes acetyl coenzyme (2c)

Question 5

3

kreb’s cycle

Answer 5

COA falls and energy released form bond with oxaloacetate 4c to form citric acid 6c then 2CO2 falls of and 3H and 1 H (FAD) then goes back to b oxaloacetate

Question 6

ETC

Answer 6

H from NADH divided to electron and proton. electron-cytochrome, movement power pump (moves H+ into intramembran space) electron attaches to O2-water (final electron acceptor)

H+ goes through atp synthases facdil and ATP is builed (chemiosmosis)

Question 7

atp making

Answer 7

feedback inhibition to control cell resp, atp=allosteric inhibitor phosphotrutokinace (broke down glucose)

Question 8

oxaloacitate

Answer 8

speed up rxn

Question 9

glucose

Answer 9

store in muscle cell (sort term). fat broken down into 2 carbon into kreb cycle