a mushroom gains its energy by decomposing the tissues of dead organisms. should mushrooms be classified as a autographs, heterotrophs, in both groups, or in neither group. and for what reason? A mushroom gains its energy by decomposing the tissues of dead organisms. Should mushrooms be classified as autotrophs, heterotrophs, in bothgroups, or in neither group, and for what reason?A. They are autotrophs because they do not eat their food, as animals do.B. They are autotrophs because decomposition is very similar to photosynthesis.C. They are heterotrophs because their food is made by other organisms.D. They are both autotrophs and heterotrophs, because they may grow in sunlight or darkness.+ BackNext >Review progressQuestion 6of 7

On the basis of mode of nutrition, organisms are divided into producers, consumers, and decomposers.…

Answered: a mushroom gains its energy by…

a mushroom gains its energy by decomposing the tissues of dead organisms. should mushrooms be classified as a autographs, heterotrophs, in both groups, or in neither group. and for what reason?

Concepts of Biology

1st Edition

ISBN:9781938168116

Author:Samantha Fowler, Rebecca Roush, James Wise

Publisher:Samantha Fowler, Rebecca Roush, James Wise

Chapter5: Photosynthesis

Section: Chapter Questions

Problem 10RQ: Which statement correctly describes carbon fixation? a. the conversion of CO2 to an organic compound...

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a mushroom gains its energy by decomposing the tissues of dead organisms. should mushrooms be classified as a autographs, heterotrophs, in both groups, or in neither group. and for what reason?

A mushroom gains its energy by decomposing the tissues of dead organisms. Should mushrooms be classified as autotrophs, heterotrophs, in both
groups, or in neither group, and for what reason?
A. They are autotrophs because they do not eat their food, as animals do.
B. They are autotrophs because decomposition is very similar to photosynthesis.
C. They are heterotrophs because their food is made by other organisms.
D. They are both autotrophs and heterotrophs, because they may grow in sunlight or darkness.
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