Answer:
ya of course
Explanation:
system is working together
but network issues also came just kidding
good going
Best Answer:
ATP synthase makes ATP. found in the inner mitochondrial membrane, it
uses the energy of the proton electrochemical gradient produced by the
electron transport chain to make atp from adp and inorganic phosphate.
the enzyme itself has a passage for protons, and a head which turns. The
head has 3 idential components. passing 10 protons through will turn
the head once. ADP and phosphate can bind to one of the 3 components and
the turning will cause the component to essentially sequeeze the ADP
and phosphate together to make ATP.
The tRNA carries the amino aci methionine (Met), which is the amino acid specified by the mRNA codon AUG.
not sure if this is the exact answer you want but hope this helps!!
The correct answer is a. True.
High development of the agonist-antagonist function is important for the development of skilled and coordinated movement as the antagonists control speed, the force and range of the agonist action. This holds true for the main muscles that are involved and all the stabilizers of activated joints. The stabilizer muscle holds the non-moving parts of the joints at correct place so as to allow the movement of the muscle at the other end. There should be a proper balance between these two opposing muscles. A balanced well aligned body can proportionally develop the agonists on one side of the joint with antagonists on other side of the joint.
The respiration rate is much higher in smaller organisms. Larger organisms metabolize at a slower rate than smaller ones probably because smaller organisms are continuing to grow and therefore growing at a faster rate. So, small organisms produce excess carbon dioxide.
