What is the main product of cellular respiration? TRUE or FALSE: Glycolysis does
ID: 92732 • Letter: W
Question
What is the main product of cellular respiration?
TRUE or FALSE: Glycolysis does not require oxygen.
During glycolysis, 2 molecules of ___ are required in “glucose priming” or activation.
In what cells does ethanol fermentation occur?
In what cells does lactic acid fermentation occur?
TRUE or FALSE: The light-dependent reactions of the cyclic pathway produce ATP.
What wavelength of light has the most potential energy for photosynthesis?
Which is the only plant with the ability to overcome the inefficiencies of photorespiration?
Plants appear green because ________ .
The Krebs cycle occurs __ times in order to fully break down glucose.
The Krebs cycle takes place in the ____ of the cell.
TRUE or FALSE: Nucleic Acid can be broken down to create ATP.
The bulk of the ATP that our bodies need is harvested through which of the following: Anearobic processes or Aerobic processes?
TRUE or FALSE: The electron transport chain is aerobic.
How many ATP molecules do anaerobic pathways produce?
Explanation / Answer
What is the main product of cellular respiration?
Answer: ATP
C6H12O6 + 6O2----->6CO2+ 6H2O + Energy (ATP)
This is the reaction of cellular respiration. Oxygen and glucose are both reactants, the main product of cellular respiration is ATP; products include carbon dioxide and water.
TRUE or FALSE: Glycolysis does not require oxygen.
True
Glycolytic reactions do not require oxygen
During glycolysis, 2 molecules of ___ are required in “glucose priming” or activation.
Answer: 2 ATP
In what cells does ethanol fermentation occur?
Ethanol fermentation occur in yeast cells, it produces ethyl alcohol and carbon dioxide
In what cells does lactic acid fermentation occur?
lactic acid fermentation occurs in the mammalian cells under anaerobic conditions (Muscle cells)
TRUE or FALSE: The light-dependent reactions of the cyclic pathway produce ATP.
True, The ATP and NADPH are produced in the light-dependent reactions
What wavelength of light has the most potential energy for photosynthesis?
The violet region of the spectrum
Specifically, the photosynthetic pigments- Chlorophyll a absorb light in the blue-violet region, and chlorophyll b absorb red-blue light.
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