the amount of available energy changes between the trophic levels found in a food chain or energy…

the amount of available energy changes between the trophic levels found in a food chain or energy pyramid.\nphotos (left to right) by mehmet karatay, jens buurgaard nielsen, furryscaly, and walter siegmund\nhow would the amount of available energy differ in the trophic level of the mouse compared to the trophic level of the hawk?\n a. available energy would increase from the mouse to the hawk.\n b. available energy would decrease from the mouse to the hawk.\n c. available energy would initially increase from the mouse to the hawk, and then decrease over time.\n d. available energy would remain the same from the mouse to the hawk.

the amount of available energy changes between the trophic levels found in a food chain or energy pyramid.\nphotos (left to right) by mehmet karatay, jens buurgaard nielsen, furryscaly, and walter siegmund\nhow would the amount of available energy differ in the trophic level of the mouse compared to the trophic level of the hawk?\n a. available energy would increase from the mouse to the hawk.\n b. available energy would decrease from the mouse to the hawk.\n c. available energy would initially increase from the mouse to the hawk, and then decrease over time.\n d. available energy would remain the same from the mouse to the hawk.

Answer

Brief Explanations:

In a food chain, only about 10% of energy is transferred between trophic levels. Higher trophic levels have less available energy. The hawk is at a higher trophic level than the mouse.

Answer:

b. Available energy would decrease from the mouse to the hawk.