Answer:
It is an example of coupling an exogenic reaction to an endogenic reaction.
Explanation:
The endergonic reaction is typically being pushed by coupling it to strongly exergonic reaction. This is in most cases via shared intermediates. Most chemical reactions are endergonic in nature. In other word, the are not spontaneous (i.e ΔG>0). Energy must also be applied externally to initiate the reactions. The reactions can also be coupled to exergonic reactions (with ΔG<0) to initiate them through a process known as share intermediate. Because Gibbs Energy can be summed up (i.e is a state function), the combined ΔG of the coupled reaction will be thermodynamically favorable. The decomposition of calcium carbonate is a typical example.
Protons and neutrons in the nucleus (the bit in the middle) and small tiny electrons that orbit the nucleus
Tropical Zones
*Tropic of Cancer
*Tropic of Capricorn
I cant see it though
Answer:
This is hard for me also but I am trying to find out answer
Explanation:
Please mark me as brainlist.
