← Chapter 7 Vocab Test
6 Written Questions
6 Multiple Choice Questions
- energy of electron movement through the thylakoid membrane creates an H+ gradient that drives ATP synthesis in a process called
- each consist of a series of electron carrier molecules embedded in the thylakoid membrane
- enzymes in the stroma use CO2 from the air and chemical energy from the energy-carrier molecules to synthesize a three-carbon sugar that will be used to make glucose
- forms veins in the leaf and supply water and minerals to the mesophyll
- Embedded in the stroma are disk-shaped membranous sacs called
- the process by which solar energy is trapped and stored as chemical energy in the bonds of a sugar
6 True/False Questions
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Primary pigment molecules → molecule that absorbs colors of light; such as chlorophyll
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reaction center → enzymes in the stroma use CO2 from the air and chemical energy from the energy-carrier molecules to synthesize a three-carbon sugar that will be used to make glucose
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photosystems → the process by which solar energy is trapped and stored as chemical energy in the bonds of a sugar
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Electromagnetic Spectrum → each consist of a series of electron carrier molecules embedded in the thylakoid membrane
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epidermis → both the upper and lower surfaces of a leaf consist of a layer of transparent cells called
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light reactions → Light is composed of individual packets of energy called
Regenerate Test