ATP=ADP∼PATP=ADP∼P hypothesis was given by Lipman in

Lipman proposed the idea of the ATP being broken in 1941. ATP is created by joining the nitrogenous base adenine with three phosphate groups. It is referred to as the cell's energy currency. It is primarily found unrestrainedly in cells. In order to create ADP and AMP, the phosphate bonds with a high energy must break. One of the three phosphate groups has a phosphate ester link that connects it directly to the ribose. The connection has a low energy. The other two phosphate groups combine to produce the phosphor-anhydride link. We have learned from the material above that the ATP contains two high energy bonds. The ATP and ADP + P are isolated from one lower energy phosphate group as a result.Hence, option A is the correct answer.

ATP=ADP∼PATP=ADP∼P hypothesis was given by Lipman in

Lipman proposed the idea of the ATP being broken in 1941. ATP is created by joining the nitrogenous base adenine with three phosphate groups. It is referred to as the cell's energy currency. It is primarily found unrestrainedly in cells. In order to create ADP and AMP, the phosphate bonds with a high energy must break. One of the three phosphate groups has a phosphate ester link that connects it directly to the ribose. The connection has a low energy. The other two phosphate groups combine to produce the phosphor-anhydride link. We have learned from the material above that the ATP contains two high energy bonds. The ATP and ADP + P are isolated from one lower energy phosphate group as a result.Hence, option A is the correct answer.

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ATP=ADP∼P $A T P = A D P \sim P$ hypothesis was given by Lipman in

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answer is A.

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Detailed Solution

Lipman proposed the idea of the ATP being broken in 1941. ATP is created by joining the nitrogenous base adenine with three phosphate groups.
It is referred to as the cell's energy currency.
It is primarily found unrestrainedly in cells. In order to create ADP and AMP, the phosphate bonds with a high energy must break.
One of the three phosphate groups has a phosphate ester link that connects it directly to the ribose. The connection has a low energy.
The other two phosphate groups combine to produce the phosphor-anhydride link. We have learned from the material above that the ATP contains two high energy bonds.
The ATP and ADP + P are isolated from one lower energy phosphate group as a result.

Hence, option A is the correct answer.

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