Photosynthesis and Cellular Respiration

Light Dependent

100

Occurs in this part of the chloroplast

Thylakoid

200

Gets its energy from this source

the sun

300

The place where electrons absorb energy from the sun, inside the photosystems. It is also the pigment responsible for plant's green color.

chlorophyll

400

This molecule _______ picks up the electrons at the end of the chain. Together, it, e- and H+ form ____. 

NADP+ 

NADPH

500

____ donates its electrons to the chain, and splits to produce two other molecules __ and ___. 

H2O

H+, (e-), and O2

Light Independent

100

This molecule, taken in from the air, powers the cycle

CO2

200

The goal molecule produced by this cycle

glucose

(or 2 - 3C sugars to make glucose)

300

These molecules came from the light dependent reactions and help power the cycle

ATP and NADPH

400

After they donate (energy/phosphate group) and a (e-/H+) to the cycle, these molecules return to the light dependent reactions. [answer should be the form that returns to LD)

ADP and NADP+

500

Explain the math problem related to the cycle

6CO2 b/c glucose is C6H12O6

6C are required to make glucose

each CO2 has 1C

Glycolysis

100

the overall goal of this process

1 glucose > 2 pyruvate

200

2 ATP are used to split glucose, but more are made. What is the NET ATP production in glycolysis?

2 ATP

(technically make 4, but we used 2 in the beginning) 

300

The electron carrier produced in glycolysis and the number of them  

NADH, 2

400

Explain the math of 1 glucose to 2 pyruvate

1 glucose (C6H12O6) has 6C

1 pyruvate has 3C

1 6C glucose makes 2, 3C pyruvate

500

Without oxygen, the end product of glycolysis undergoes fermentation to recycle this molecule

NADH > NAD+

Pyruvate Oxidation and Krebs Cycle

100

the location of pyruvate oxidation (organelle and place within the organelle)

mitochondrial matrix

200

Pyruvate oxidation produces this molecule

acetyl-CoA

300

2 turns of the Krebs cycle happen per 1 molecule of glucose... explain. 

1 glucose > 2 pyruvate

2 pyruvate > 2 acetyl CoA

1 acetyl CoA / turn Krebs

so 2 turns Krebs

400

this molecule is used to power the Calvin Cycle, but in Krebs, it is releases as waste

CO2

500

Krebs cycle produces these molecules (3 types) per 1 turn. 

1 ATP
3 NADH

1 FADH2

Electron Transport Chain

100

the location of the cellular respiration ETC

inner mitochondrial membrane

200

the goal of the ETC is to produce _____

about how many are produced?

~ 30 ATP

[28-32] acceptable 

300

___ are pumped across membrane proteins to later power ____ to produce ATP

H+ 

ATP Synthase

400

drops off the e- (cellular respiration)

NADH and FADH2

500

____ picks up the electrons (and H+) forming ____

O2 

H2O