Growth and reproduction
Movement
Transport of certain materials across cell membranes
All of the above
Produce food from inorganic molecules and sunlight
Survive without energy
Consume other organisms for energy
Carry out either photosynthesis or chemosynthesis
Glucose
Water
The sun
Carbon dioxide
Homeostatis
Evolution
Photosynthesis
Development
Organelles called eukaryotes
Numerous mitochondrial membranes
Small coins that provide energy
Stacks of thylakoids called grana
Respiration:darkness
Light reactions: dark reactions
Respiration: carbon dioxide
Oxygen:carbon dioxide
Barrier:wall
Match:burn
Theater:drama
Assembly line: workers
Grana: thylakoids
Grana:ATP
Calvin Cycle : stroma
Stroma: grana of chloroplasts
All organisms carry out photosynthesis
All organisms carry out cellular respiration
Either photosynthetic organisms that have eaten them provide energy for all other organisms on Earth
The sun heats the Earths atmosphere
Photosynthetic reactant
ATP generator
Chemical equation
Biochemical pathway
Absorb light energy
Pass electrons to carotenoids
Split water molecules
All of the above
Reflected
Transmitted
Absorbed
All of the above
It absorbs green wavelengths
It absorbs blue and yellow which makes green
It reflects green
Transmits light
Some of its electrons are raised to a higher energy level
It disintegrates, giving off huge amounts of heat
It glows, radiating green light and giving the plant a green appearance
It attracts electrons from other molecules
Photosystem: pigment molecules
Chlorophyll: pigments
Thylakoids: photosynthesis
Chlorophyll: green
They become a particle of light
They form a glucose bond
They enter an electron transport chain
They enter the calvin cycle
Becomes oxidized to form NADP
Is needed to form chlorophyll
Provides additional oxygen atoms
Provides protons and electrons for some reactions
Carbon dioxide
Water
Chlorophyll
Glucose
Nitorgen
Carbon dioxide
Water
Oxygen
Carbon atoms from ATP
Carbon atoms, hydrogen atoms, and oxygen atoms from glucose
Carbon atoms from carbon dioxide in the air and hydrogen atoms from water
Carbon atoms from carbon dioxide int he air and hydrogen atoms from NADPH
The Calvin cycle
ATP synthase
Light absorption
Chemiosmosis
Oxygen and ATP
Water and oxygen
ATP and NADPH
Oxygen and NADPH
Requires ATP and NADPH
Can occur in both light and dark conditions
Generates glucose
All of the above
ATP made during cellular respiration
The Krebs cycle
ATP made in the light reactions of photosynthesis
CO2 absorbed during the last stage of photosynthesis
The bodies of heterotrophs
Carbon dioxide from the atmosphere
Water absorbed by plants
The carbon the comes from the sun
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