Biology, asked by bollapallymokshasree, 2 months ago

7 Proteins can enter in respiration through
(A) link reaction
(B) krebs cycle
(C) ETS
(D) both a&b

Answers

Answered by dovercreater
1

Answer:

A basket contains 5 white and 8 red flowers. Two drawing of three flowers are made. Find the probability that the first drawing will give 3 white and the second drawing with 3 red flowers. (i) the flowers are replaced before the second trial and (ii) the flowers are not replaced before the second trial.

Explanation:

A basket contains 5 white and 8 red flowers. Two drawing of three flowers are made. Find the probability that the first drawing will give 3 white and the second drawing with 3 red flowers. (i) the flowers are replaced before the second trial and (ii) the flowers are not replaced before the second trial.

A basket contains 5 white and 8 red flowers. Two drawing of three flowers are made. Find the probability that the first drawing will give 3 white and the second drawing with 3 red flowers. (i) the flowers are replaced before the second trial and (ii) the flowers are not replaced before the second trialA basket contains 5 white and 8 red flowers. Two drawing of three flowers are made. Find the probability that the first drawing will give 3 white and the second drawing with 3 red flowers. (i) the flowers are replaced before the second trial and (ii) the flowers are not replaced before the second trial. .

Answered by probrainsme102
0

Answer:

b

Explanation:

Proteins must first be disassembled into their component amino acids before they can be utilized in the cellular respiration pathway.Each amino acid has its amino group removed (denominated), which produces ammonia.The liver of mammals produces urea by combining two ammonia molecules with one carbon dioxide molecule.

The Krebs cycle, also known as the TCA cycle or the citric acid cycle, is a series of enzyme-catalyzed reactions that take place in the mitochondrial matrix and involve the oxidation of acetyl-Co to produce carbon dioxide and the reduction of coenzyme to produce ATP for the electron transport chain. The mitochondrial matrix, a dense solution that surrounds the mitochondrial crests, is where the Krebs cycle reactions take place. In addition to water, the matrix also includes all the enzymes, coenzyme, and phosphates required for the cycle's biochemical activities.

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