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VladimirAG [237]
3 years ago
14

Using the diagram above, answer the following questions:

Biology
2 answers:
ser-zykov [4K]3 years ago
6 0

6. True. In this photo C is the both a transformation of chemical energy to heat and mechanical. Mechanical that runs the factory in the photo, and Heat energy that rises up in the atmosphere to join the other carbon molecules in the air.

7. True. The arrow letter A is the transfer of solar power from the sun, to a chemical reaction to produce food for the plant, which is called photosynthesis. The leaves in the plant has chlorophyll that absorbs light energy and transforms it to food.

8. The answer would be letter C and F. C because It is during the burning of the fossil fuels that the carbon dioxide is release into the atmosphere. When burning the fossil fuels the carbon that was inside the fossils is released. This also happens with diesel and other forms of natural gas.

 While, F is because plant respiration releases some of the carbon remains of the photosynthesis. While plants do absorb carbon dioxide, part of their end product also includes reformed carbon dioxide. Most of the other processes in the phot uses carbon or absorbs carbon dioxide to aid their sustenance.

9. A carbon cycle for living things would be A or B to F wherein the plants absorb carbon dioxide to aid their production of food, and then releasing carbon dioxide again as a by product of their food production. This also happen to aquatic plants.

An example of a non-living carbon cycle would be, D or E to C. This would be the absorption of the carbon on our sea waters or to our soil, this then gets trapped in there until it is release like through the forms of fossil fuel burning.

10. The law of conservation of mass and energy states that matter can neither be created nor destroyed, this is very much evident in the carbon cycle. Because the carbon from the light energy from the sun, or in our atmosphere, ends up back to our atmosphere just to continue its cycle. The fact that the carbon cycle is a cycle not just a linear equation proves that energy can neither be created nor destroyed.

meriva3 years ago
6 0

6. false.  

chemical energy to heat and mechanical. Mechanical that runs the factory in the


photo, and Heat energy that rises up in the atmosphere to join the other carbon


molecules in the air. 7. True. The arrow letter A is the transfer of solar power


from the sun, to a chemical reaction to produce food for the plant, which is


called photosynthesis. The leaves in the plant has chlorophyll that absorbs light


energy and transforms it to food.8. The answer would be letter C and F. C because It is


during the burning of the fossil fuels that the carbon dioxide is release into


the atmosphere. When burning the fossil fuels the carbon that was inside the


fossils is released. This also happens with diesel and other forms of natural


gas. While, F is because plant


respiration releases some of the carbon remains of the photosynthesis. While


plants do absorb carbon dioxide, part of their end product also includes reformed


carbon dioxide. Most of the other processes in the phot uses carbon or absorbs


carbon dioxide to aid their sustenance.9. A carbon cycle for living things would be A or B to F


wherein the plants absorb carbon dioxide to aid their production of food, and


then releasing carbon dioxide again as a by product of their food production.


This also happen to aquatic plants.An example of a non-living carbon cycle would be, D or E to


C. This would be the absorption of the carbon on our sea waters or to our soil,


this then gets trapped in there until it is release like through the forms of


fossil fuel burning.10. The law of conservation of mass and energy states that


matter can neither be created nor destroyed, this is very much evident in the


carbon cycle. Because the carbon from the light energy from the sun, or in our


atmosphere, ends up back to our atmosphere just to continue its cycle. The fact


that the carbon cycle is a cycle not just a linear equation proves that energy


can neither be created nor destroyed.



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