Question

Energy is released to be used by a cell when a phosphate group is

removed from ADP to form ATP

added to ADP to form ATP

removed from ATP to form ADP

added to ATP to form ADP

Answer 1

no clue for this one.
@Abhisar

Answer 2

c?

Answer 3

no A

Answer 4

ADP + iP-----> ATP
ATP----> ADP + ip

Answer 5

can u guess now ??

Answer 6

so if you add adp with ip you will get atp
and if you add ADP, you will get ATP

Answer 7

i am going with B, because you added ADP with IP to get ATP

Answer 8

Recheck ur answers !!

Answer 9

well, you have to add right?

Answer 10

so it is B or D correct?

Answer 11

and at the end you form ATP which is in the answer B. It's what makes sense to me, but i don't know. your the expert xD

Answer 12

ADP combines with inorganic phosphate and absorbs energy in it.

Answer 13

Now when ATP is broken into ADP and iP back, it releases energy.

Answer 14

Simple..got it ??

Answer 15

well, if ADP takes energy (absorbs)
then we should remove it to form energy using ATP,
so, it would be A

Answer 16

\(\color{blue}{\text{Originally Posted by}}\) @Abhisar
ADP combines with inorganic phosphate and absorbs energy in it to form ATP
\(\color{blue}{\text{End of Quote}}\)

Answer 17

Now for getting energy back..we will have to do the reverse

Answer 18

We will have to break ATP

Answer 19

in other words remove?

Answer 20

ATP = 3 phosphate molecules, ADP = two phosphate molecules.

Answer 21

yes, remove

Answer 22

is it clear ??

Answer 23

so, it was C then?
lol, i am so confused :P

Answer 24

don be confused..its c

Answer 25

is the process clesr to u now ?

Answer 26

so, i guessed right the first time :D
woah! i have good instinct ;D
thanks for the help :)
another medal ;)

Answer 27

wait...i am not over !

Answer 28

watch this
https://www.youtube.com/watch?v=SCOPNyXy_aU