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17. How does an ADP molecule get recharged and transformed back into an ATP?
Because chlorophyll reflects green
They have the same molecules but they are backwards (flipped)
When the last phosphate bond is broken
When a third phosphate bond is added back to the ADP
consumer
ATP, water, carbon dioxide
chloroplast
autotrophs produce their own food; heterotrophs rely on others for food
16. How is the energy in ATP released from the molecule?
Because chlorophyll reflects green
They have the same molecules but they are backwards (flipped)
When the last phosphate bond is broken
When a third phosphate bond is added back to the ADP
consumer
ATP, water, carbon dioxide
chloroplast
autotrophs produce their own food; heterotrophs rely on others for food
1. Which statement about heterotrophs and autotrophs is true?
Because chlorophyll reflects green
They have the same molecules but they are backwards (flipped)
When the last phosphate bond is broken
When a third phosphate bond is added back to the ADP
consumer
ATP, water, carbon dioxide
chloroplast
autotrophs produce their own food; heterotrophs rely on others for food
7. Why are plants green?
Because chlorophyll reflects green
They have the same molecules but they are backwards (flipped)
When the last phosphate bond is broken
When a third phosphate bond is added back to the ADP
consumer
ATP, water, carbon dioxide
chloroplast
autotrophs produce their own food; heterotrophs rely on others for food
5. When looking at the chemical equations for cellular respiration and photosynthesis, what do you notice?
Because chlorophyll reflects green
They have the same molecules but they are backwards (flipped)
When the last phosphate bond is broken
When a third phosphate bond is added back to the ADP
consumer
ATP, water, carbon dioxide
chloroplast
autotrophs produce their own food; heterotrophs rely on others for food
4. Which of the following is another name for an heterotroph?
Because chlorophyll reflects green
They have the same molecules but they are backwards (flipped)
When the last phosphate bond is broken
When a third phosphate bond is added back to the ADP
consumer
ATP, water, carbon dioxide
chloroplast
autotrophs produce their own food; heterotrophs rely on others for food
6. In what organelle does photosynthesis occur?
Because chlorophyll reflects green
They have the same molecules but they are backwards (flipped)
When the last phosphate bond is broken
When a third phosphate bond is added back to the ADP
consumer
ATP, water, carbon dioxide
chloroplast
autotrophs produce their own food; heterotrophs rely on others for food
6. What are the products of cellular respiration?
Because chlorophyll reflects green
They have the same molecules but they are backwards (flipped)
When the last phosphate bond is broken
When a third phosphate bond is added back to the ADP
consumer
ATP, water, carbon dioxide
chloroplast
autotrophs produce their own food; heterotrophs rely on others for food
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