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WorksheetsIB Biology Quizlet Terms
Total questions: 26
Worksheet time: 16mins
Photosynthesis is the production of carbon compounds in cells using (a) energy
Summarize the light dependent reaction
Reactions in the cell that use the cytoplasm to capture light energy in order to create ATP
Reactions in the cell that use cristae to capture light energy to be converted into chemical energy like ATP
Reactions in the cell that use chlorophyll to capture energy in the form of glucose to be converted into CO2
Reactions in the cell that use chlorophyll to capture light energy to be converted into chemical energy such as ATP.
Explain what occurs in the light dependent reaction step by step
Red and blue light hit the thylakoid, chlorophyll molecules absorb it and cause movement, enzyme rips water apart, H's and electrons are ripped off of water, leaving Oxygen alone which floats out Electrons and protons go through a process similar to the ETC, ATP synthase generates ATP. NADPH picks up the electrons and protons at the end (Light and water yeild oxygen, atp, and NADPH)
CO2 diffuses into the stroma of the chloroplast. Enzymes turn CO2 into glucose. These enzymes use two things made over in the light dependent reaction: ATP and NADPH. (CO2 goes in, glucose is produced)
What are the byproducts of the light dependent reaction?
Oxygen
ATP
NADPH
CO2
Where in a chloroplast does the light dependent reaction occur?
Stroma
Cytoplasm
Nucleus
Thylakoid
Where in a chloroplast does the light independent reaction occur?
Stroma
Golgi
Thylakoid
Cytoplasm
Summarize light independent reactions
Biochemical reactions that require light to form organic materials. Glucose goes in and CO2 is produced. It occurs in the thylakoid.
Biochemical reactions that don't require light to form organic materials. Carbon dioxide goes in and glucose is produced. It occurs in the stroma.
Explain the steps involved in the light independent reaction.
Red and blue light hit the thylakoid, chlorophyll molecules absorb it and cause movement, enzyme rips water apart, H's and electrons are ripped off of water, leaving Oxygen alone which floats out Electrons and protons go through a process similar to the ETC, ATP synthase generates ATP. NADPH picks up the electrons and protons at the end (Light and water yeild oxygen, atp, and NADPH)
CO2 diffuses into the stroma of the chloroplast. Enzymes turn CO2 into glucose. These enzymes use two things made over in the light dependent reaction: ATP and NADPH. (CO2 goes in, glucose is produced)
Which light has the shortest wavelength?
Red
Green
Violet
Blue
Which light has the longest wavelength?
Blue
Green
Violet
Red
What is the main photosynthetic pigment?
(a)
Outline the differences in absorption of red, blue, and green light by chlorophyll
Blue and green are absorbed, red is reflected
Red and green are absorbed, blue is reflected
Red and blue light are absorbed, green is reflected
Action spectrum is a graph showing the rate of
increase in CO2 production
the Krebs cycle
Glycolysis
Photosynthesis
Absorption spectrum is a graph showing the
Absorption of water
Absorption of light
Rate of photosynthesis
Amount of chlorophyll
Draw a graph of the action spectrum
Draw and label a graph of the absorption spectrum
What is produced in photosynthesis from the photolysis of water?
Chlorophyll
CO2
Oxygen
Nitrogen
Write the equation for photolysis 2H2O→________+________+_________
(a)
Write the equation for photosynthesis (both light dependent and independent reactions):
CO2 + C6H12O6 -> H2O + O2
CO2 + H2O -> C6H12O6 + O2
O2 + C6H12O6 -> H2O + CO2
Draw a graph of the effect of changing light intensity on plant growth
Draw a graph of the effect of changing Carbon Dioxide concentration on plant growth
Draw a graph on the effect of changing the temperature on plant growth
Name 3 limiting factors in photosynthesis
Temperature
CO2 Concentration
Number of leaves
Light Intensity
When the earth first formed, did it have as much oxygen in the atmosphere as today?
Yes
No
What percent of the air is oxygen?
21%
32%
15%
74%
Explain two ways photosynthesis can be measured.
production of oxygen
uptake of CO2
color change
heat production
