When the high energy bond of ATP is broken, what are the products? AMP + 2Pi ADP
ID: 209057 • Letter: W
Question
When the high energy bond of ATP is broken, what are the products?
AMP + 2Pi
ADP + Pi
NADH
ADP + CO2
When things cross a membrane because there are more of them on one side of the membrane than on the other it is called _____ .
diffusion
diffraction
active transport
energy-dependent transposition
AMP + 2Pi
ADP + Pi
NADH
ADP + CO2
When things cross a membrane because there are more of them on one side of the membrane than on the other it is called _____ .
diffusion
diffraction
active transport
energy-dependent transposition
Explanation / Answer
ATP has 2 phoshoanhydride bond ( bond between two phosphate group) . This bond is less stable thus considered a high energy bond. The bond phoshoanhydride bond with gamma phosphate group has more potential energy thus more prone to hydrolysis. When this high energy bond is broken , ADP+Pi is released as a product.
When things crosses a membrane because there are more of them on one side of the membrane than on the other it is called diffusion.
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