Chloroplasts and Chlorophyll
Electron Carriers
Light Dependent Reactions
Light Independent Reactions
Carbon Fixation
100

The type of light from a mixture of different wavelengths from the sun

What is "white" light

100

This carries the high energy electrons produced by light absorption to in the chlorophyll the on to chemical reactions elsewhere in the cell

NADPH

100

Has a reaction in this place

What is the thylakoid

100

Has a reaction in this place

What is the stroma

100

This converts the 3-carbon molecules to higher energy forms 

What is energy from ATP and high energy electrons from NADPH

200

absorbs light energy (blue/teal, orange, and red)

What is chlorophyll

200

This is a compound that accepts a pair of high energy electrons and transfers them, along with most of their energy, to another molecule

What is an electron carrier

200

Light dependent requires this type of involvement

What is light and light absorbing pigments

200

Uses these molecules produced in the light dependent reactions to produce high energy sugars from carbon dioxide

What is ATP and NADPH

200

These molecules from the atmosphere combine to produce compounds

What is 6 carbon dioxide molecules and 6 5-carbon molecules RUBP

300
Chlorophyll reflects this color/colors

What is green

300

This is the carrier to NADPH

What is Blue NADP+

300

Water is required for this reason

What is because it is a source of the nitrogen ions

300

Plants produce this to finish photosynthesis

What is carbon containing sugars and carbs

300

This is the result of combining 6 carbon dioxide molecules and 6 5-carbon molecules RuBP

What is the production of 12 3-carbon compounds

400

In the fall, chlorophyll breaks down and b-carotene pigments reflect what colors 

What is yellow, orange, and red

400

Electron carriers carry pairs of this from place to place

What are hydrogen ions and electrons

400

Light dependent reactions converts what two molecules in these energy carriers

What is ADP and NADP converted in ATP and NADPH

400

This is the process of ATP and NADPH synthesizing high energy sugars

What is The Calvin Cycle

400

This is the reason 3 C compounds leave the cycle

What is to make glucose and to recycle into RuBP to react with CO2 to continue the cycle

500

Light energy produces a supply of this type of energy electrons to make photosynthesis happen 

What is high energy electrons

500

This is what Rubisco enzymes fix (This question belongs under carbon fixation but I ran out of space for that column)

What is the carbon to the 5-C compound

500

This is released as a byproduct

What is oxygen

500

This is the process of ADP and NADPH being cycled between the two reactions

What is interdependence reactions

500

This is what ATP does to repeat this process over again

What is converts 3 carbon chains back into 5 carbon intermediates 

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