Photosynthesis
Cell Respiration
Anaerobic vs Aerobic
Energy
Random Review (Previous Test)
100
Photosynthesis occurs in this part of the cell
What is chloroplast
100
Cell respiration happens in this organelle
What is mitochondria
100
The ATP produced during Anaerobic Respiration
What is 2 ATP
100
Photosynthesis does this with energy
What is use/store
100
This organelle is the power house of the cell (energy)
What is mitochondria
200
The reactants of photosynthesis (what goes in)
What is CO2 and H2O
200
What are the reactants of cellular respiration (what is used)
What is Oxygen and Glucose
200
The ATP produced during Aerobic Respiration
What is 38 ATP
200
These two organelles are involved in energy conversion reactions
What is mitochondria and chloroplast
200
This organelle hold the genetic information for the cell
What is nucleus
300
The products of photosynthesis
What is glucose and oxygen
300
Cellular Respiration (uses or releases) energy
What is releases
300
Aerobic Respiration produces this
What is energy, carbon dioxide, and water
300
This type of energy is involved in Cellular Respiration
What is ATP
300
This organelle is in charge or packing and shipping proteins
What is Golgi Apparatus
400
The type of energy used during photosynthesis
What is solar/sun energy
400
The products of cellular respiration
What is Carbon Dioxide and Water
400
Oxygen is used durning this type of Cellular Respiration
What is Aerobic
400
This is where energy comes from during photosynthesis
What is the sun
400
What part of the plant cell is in charge of pigmentation (color)
What is chlorophyll
500
Photosynthesis is this type of reaction because it depends on sun light
What is light-dependent
500
Cell respiration happens in this types of organism
What is both animals and plants
500
This type of cellular respiration is MORE efficient (produced more energy)
What is Aerobic
500
This type of reaction releases energy stored in our cells
What is cellular respiration
500
This is the function of the cell wall
What is protection and structure
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