C6H12O6 6 O2 Green Wavelengths Blue Violet Wavelengths Chlorophyll a Photosynthesis Thylakoid Granum and Stroma Light Dependent Rxn and Dark Rxn Thylakoid Stroma Reactants H20 NADP ADP Products O2 NADPH ATP ID: 784715
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Slide1
Breaking Bonds
6H2O + 6 CO2
C6H12O6 + 6 O2Green WavelengthsBlue Violet Wavelengths Chlorophyll aPhotosynthesisThylakoid, Granum and StromaLight Dependent Rxn and Dark Rxn(Thylakoid) (Stroma)Reactants- H20, NADP+, ADP Products= O2, NADPH, ATPReactants= CO2, ATP, NADPH Products= C6H12O6, ADP, NADP+
Practical Review
Slide2Temp., Amt. of Water and Light Intensity
C6H12O6 + 6 O2
6H2O + 6 CO2 + ATPReactants= Glucose, NAD+, ADP Products= Pyruvic Acid, ATP, NADHLocation= CytoplasmAnaerobic= without O2 Aerobic= with O2Lactic Acid and Alcoholic fermentationProducts= CO2, Alcohol, NAD+ Reactants= Pyruvic Acid, NADHProducts= Lactic Acid and NAD+ Reactants= Pyruvic Acid, NADHPractical Review
Slide3NADH=8 FADH2=2 ATP=2
a.
Gylcolysis b.CO2 a. O2, NADH, FADH2, ADP b. H2O, NAD+, FAD+, ATP NADH=3 ATP FADH2= 2 ATPGlycolysis= 2 ATP Krebs= 2 ATP ETC= (10 NADH and 2 FADH2)= 34 ATP TOTAL= 38 ATP
Practical Review
Slide4ReactantsProductsLocation
Light
RxnLight Dep.------Dark Rxnaka: - -------Glycolysis------Krebsaka:--------ETC----
-
-
-
-
Lactic Acid
Ferm
.
-
-
--Alcoholic Ferm.-----
Vocab for Chart
:
NADP+
NAD
+
FAD+
NADPH
NADH
FADH2
ATP
ADP
CO2
H2O
C6H12O6
O2
Pyruvic Acid
Lactic Acid
Alcohol
Slide5ReactantsProductsLocation
Light Rxn
Light Dep.------Dark Rxnaka: - -------Glycolysis------Krebsaka:--------ETC-----
-
-
-
Lactic Acid
Ferm
.
-
-
-
-Alcoholic Ferm.-----
Slide6ReactantsProductsLocation
Light Rxn
Light Dep.H20ADPNADP+ATPNADPHO2Thylakoid MembraneDark RxnCalvin CycleLight Indep.ATPNADPHCO2ADPNADP+C6H12O6!!!!!StromaGlycolysisC6H12O6ADPNAD+Pyruvic Acid (2)NADH (2)ATP (2)CytoplasmKrebsCitric Acid CyclePyruvic Acid (2)ADPFADNAD+CO2ATP (2)FADH2 (2)NADH (8)Mitochondrial Matrix
ETC
ADP
NADH
FADH2
O2
ATP!!!!!
NAD+
FAD
H2O
Inner Membrane MitochondriaLactic Acid Ferm.Pyruvic AcidNADHNAD+Lactic Acid
Cytoplasm
Alcoholic
Ferm
.
Pyruvic Acid
NADH
NAD+
Co2
Alcohol
Cytoplasm
Slide71.
2.
3.
Slide8Cellular Energy
1) What does Glucose break down into?
A) ATPB) 2 Pyruvic AcidsC) NADHD) FADH2
B
Slide9Cellular Energy
2
) What MUST be present for Glucose to break down into 2 pyruvates?A) 2 NAD+B) 2 FADH2C) 2 CO2
A
Slide10Cellular Energy
3
) Which process produces the most amount of ATP?A) GlycolysisB) Kreb CycleC) ETC (Electron Transport Chain)D) Citric Acids Cycle
C
Slide11Cellular Energy
4
) 1 molecule of glucose must go through the Kreb cycle how many times?A) 1B) 2C) 3D) 4
B
Slide12Cellular Energy
5
) What is a by-product of the Kreb Cycle?A) CO2B) WaterC) Pyruvic AcidD) 4 ATP
A
Slide13Cellular Energy
6) How many ATPs are created for 1 molecule of glucose through the
Kreb Cycle?A) 1B) 2C) 4D) None
B
Slide14Cellular Energy
7
) Which of the following is correct when determining the amount of ATP produced by the following electron carriers? NADH=___ ATP FADH2=___ ATPA) 1 and 2B) 3 and 3C) 3 and 2D) 3 and 1
C
Slide15Cellular Energy
8
) What is NOT a product of the ETC (electron transport chain)?A) ATPB) H2OC) CO2
C
Slide16Cellular Energy
9
) What is the final electron acceptor of the Electron transport chain which creates H2O?A) OxygenB) CO2C) HydrogenD) Carbon
A
Slide17Cellular Energy
10) How many ATP are created during Glycolysis?
A) 1B) 2C) 3D) 4
B
Slide18Cellular Energy
1) Which of the following is a reactant of the Calvin Cycle?
A) NAD+B) ADPC) GlucoseD) CO2
D
Slide19Cellular Energy
2) Which of the following is NOT a product of the light dependent reaction?
A) O2B) WaterC) ATPD) NADPH
B
Slide20Cellular Energy
3) Which of the following is the location of the Calvin Cycle?
A) StromaB) CytoplasmC) MitochondriaD) Thylakoid
A
Slide21Cellular Energy
4) Where does Glycolysis occur
A) Mitochondrial MatrixB) Inner membrane of the mitochondria C) ChloroplastD) Cytoplasm
D
Slide22Cellular Energy
5) Which of the following is NOT a product of glycolysis?
A) 2 Pyruvic AcidsB) 2 NADHC) 2 FADH2D) 2 ATP
C
Slide23Cellular Energy
6) How many molecules of pyruvic acid are there in 1 molecule of glucose
A) 2B) 1C) 4D) None
A
Slide24Cellular Energy
7) What is a by-product of the
Kreb Cycle?A) CO2B) WaterC) Pyruvic AcidD) 4 ATP
A
Slide25Cellular Energy
8) How many ATPs are created for 1 molecule of glucose through the
Kreb Cycle?A) 1B) 2C) 4D) None
B
Slide26Cellular Energy
9) Which of the following is correct when determining the amount of ATP produced by the following electron carriers?
NADH=___ ATP FADH2=___ ATPA) 2 and 3B) 3 and 2C) 2 and 1D) 1 and 2
B
Slide27Cellular Energy
10) What is the final electron acceptor of the Electron transport chain?
A) HydrogenB) CO2C) OxygenD) Carbon
C