Select the highest energy form of adenosine from the following images.

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Select the high-energy form of adenosine from the following images View Available Hint(s) NH: -CHE o H H OH OH NH: HO-CH: a HH H H OH OH NH OCH 212 O H HE OH OH NH CH; 0 0 OH OH нун ом он NH но-с: О H H H H OH OH NH; -СН. О O о HH Н OH OH NH: С. О 0 H OH OH » OH о 11 H Онон $ Select the high-energy form of adenosine from the following images View Available Hint(s) NH: -CHE o H H OH OH NH: HO-CH: a HH H H OH OH NH OCH 212 O H HE OH OH NH CH; 0 0 OH OH нун ом он NH но-с: О H H H H OH OH NH; -СН. О O о HH Н OH OH NH: С. О 0 H OH OH » OH о 11 H Онон $ Select the high-energy form of adenosine from the following images View Available Hint(s) NH: -CHE o H H OH OH NH: HO-CH: a HH H H OH OH NH OCH 212 O H HE OH OH NH CH; 0 0 OH OH нун ом он NH но-с: О H H H H OH OH NH; -СН. О O о HH Н OH OH NH: С. О 0 H OH OH » OH о 11 H Онон $

Answer
The energy in the biomolecules is
proportional to the number of phosphate groups. The energy follow
the order i. e. ATP (adinosine triphosohate ) > ADP (adinosine
diphosphate) > AMP (adinosine monophosphate). So, correct answer
for high energy form is option 3rd (which contain three
phosphate groups).

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