<span>1250-1300; </span><span>Middle English </span>eclips(e<span>), </span><span>clips </span><span>< </span><span>Anglo-French, </span><span>Old French</span><span>eclipse </span><span>< </span><span>Latin </span><span>eclīpsis </span><span>< </span><span>Greek </span><span>ékleipsis, </span><span>equivalent to </span>ekleíp(ein<span>) to leaveout, forsake, fail to appear (see </span>ec-<span> ) + </span><span>-sis </span><span>-sis</span>
If you are referring to an organelle inside a cell then it would most likely be a vacuole. Hope this helps.
Answer:
The answer is A. provides the energy for adding a phosphate to ADP to make ATP.
Explanation:
The ATP synthase is an enzyme located in the inner membrane of the mitochondria. It creates a hydrophilic channel across the inner mitochondrial membrane that allows a flux of protons that moves down an electrochemical gradient. These H+ ions are then used as an energy source during the enzymatic reaction that converts ADP + Pi to ATP. This process is called chemiosmois and it’s not unique to cellular respiration, it is also used in photosynthesis and other processes involved in homeostasis. The proton-motive force, as some people refer to the proton gradient was first proposed by Peter Mitchel in the 1960’s as the chemiosmotic theory.
The answer should be <span>C. Hermann von Helmholtz's demonstrations that energy is converted but not created when animals muscles move.</span>
