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WorksheetsPhotosynthesis/Respiration Review
Total questions: 30
Worksheet time: 15mins
Briefly describe the contributions and date of Melvin Calvin.
Discovered Photosystem I 1850
Discovered Photosystem II 1948
Discovered Dark reaction 1948
Discovered Citric Acid Cycle 1948
Why are plants green?
Because they absorb green light
Because they reflect green light
Because green provides the most enerty
Because green is the best color
What is ROY G BIV ?
It is the name of your principal
It is the name of your class sponsor
It is the electromagnetic spectrum
It is the colors of visible light in order
Where in the chloroplasts is chlorophyll found?
cristae
matrix
stroma
thylakoid
Where in the chloroplasts do the light-dependent reactions of photosynthesis take place?
lumen
stroma
thylakoid membrane
cristae
What events happen in the light reaction? Choose all that apply
water is split
electrons travel the ETC and pull H+ into the lumen
NADH made
ATP made
FADH2 made
Which pigment is the primary photosynthetic pigment and actually traps the light energy from the sunlight?
xanthophyll
carotene
chlorophyll a
methelyene blue
How does chromatograpy help separate pigments? (Choose all that apply)
attraction of pigment to paper
attraction of pigment to solvent
attraction of pigment to CO2
attraction of pigment to itself
During photosynthesis what two energized molecules are made?
ATP, NADPH
ATP, NADH
ATP and ADP +P
ATP and FADH2
What is the starting molecule for glycolysis?
chloroplast
mitochondria
glucose
glycolysis
What happens in the prep step?
pyruvate to acetyl CoA
NAD+ to NADPH
FAD to FADH2
Glucose to pyruvate
What are the products of Krebs Cycle?
CO2, H2O, NADH
CO2, ATP, NADH, FADH2
CO2, ATP, NADPH, FADH2
O2, ATP, NAD+, FADH2
Anaerobic respiration occurs where? (Choose all that apply)
Cytosol
Cytoplasm
nucleoplasm
stroma
The inner membrane of the mitochondria is called
Sheryl
thylakoid membrane
Cristae
matrix
What electron carriers are found in cellular respiration?
NAD+ and FAD
CO2 and H2O
NADPH, ATP
none of these are correcgt
Food products made from alcoholic fermentation
bread, wine and cheese
Cheese, yogurt and kimchi
beer, wine and bread
yogurt and lactic acid
What food products are made from lactic acid fermentation?
beer, wine, bread
cheese yogurt, vinegar
yogurt, bread and milk
sour cream cheese and beer
Do plants have mitochondria?
yes
No
Do all eukaryotic organisms undergo cellular respiration?
Yes
No
How many ATP are made during fermentation?
0
2
32
4
Bacteria undergo --- fermentation
alcoholic
lactic acid
neither of these
Chloroplast pigments absorb light well at what wavelengths?
400-500 nm
500-600 nm
600-700 nm
none of the listed wavelengths
Where in the chloroplast is glucose being made?
granum
thylakoid
stroma
lumen
Where in the mitochondria does anaerobic respiration occur?
cristae
lumen
matrix
none of these
Which process(s) does NOT release energy from glucose? (Choose all that apply)
fermentation
cellular respiration
glycolysis
photosynthesis
How does cyanide affect cellular respiration?
interferes with ATP synthesis
affects glycolysis but not aerobic respiration
binds to pyruvate so no Acetyl Co A is made
inhibits the ETC's transfer of electrons to oxygen
Where does blood enter the heart? (Choose all that apply)
Right atrium
Left Atrium
Superior vena cava
Inferior vena cava
Where will you find de-oxygenated blood in the heart?
Right Atrium
Left Atrium
Right Ventricle
Left Ventricle
Trace the path of blood through the heart
Superior and Inferior vena cava to left ventricle to left atrium to lungs to right ventricle to right atrium out the aorta
Superior and Inferior vena cava to left atrium to left ventricle to lungs to right ventricle to right atrium out the aorta
Superior and Inferior vena cava to left atrium to left ventricle to lungs to right atrium to right ventricle out the aorta
Superior and Inferior vena cava to left atrium to left ventricle to right ventricle to right atrium out the aorta
Trace the flow of air through the body
nose to esophagus to bronchi to lungs
nose to larynx to pharynx to bronchi to bronchioles to alveoli
nose to pharynx to larynx to trachea to bronchi to bronchioles to alveoli
nose to pharynx to larynx to bronchi to bronchioles to alveoli
