The correct answer is:
b regulating body heat.
Explanation:
Camels have humps on their backs as rooms to store fat. It is this fact that they live off when food and liquid are scarce. A well-fed camel in good shape has a firm, upright hump. After a long, exhausting wilderness journey the corresponding camel will have a hump that does floppy and bent over to one side.e. Concentrating body fat in their humps reduces heat-trapping.
It starts in action potential propagates down to T tubule. It goes to part a where Ca2+channels in SR open. Part b where Ca2+ diffuses out of SR. Part c where cytosolic Ca2+ level rises to part d where Ca2+ diffuses into myofibrils the action potential is completed and goes on to part e where Ca2+ channels in SR dose to part f where Ca2+ level drops to part h where Ca2+ diffuses out of myofibril then back to action potential propagates down T tubules.
Size is the number of animals total = 16.
Density is the number of animals per square kilometer.
16 divided by 1 square kilometer = 16 giraffes per square kilometer.
The districbution would be clumped, I think, cuz they are clumped together in small groups.
<span>An interfacial energy is associated with the grain boundaries called as the grain boundary energy.
When a proeutectoid phase is formed along the already existing grain boundaries, there is an increase in the lower net interfacial energy, as when compared to the energy when the proeutectoid phase is formed within the interior of the grains.
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Let's do this by process of elimination: A cannot be the answer because glucose is broken down, not built up or synthesized. B is ruled out for the same reason. D is incorrect because transpiration results in water loss, not energy gain. The only correct answer choice is C respiration, specifically by the process of substrate-level phosphorylation during glycolysis in order to break down glucose into two pyruvate molecules and two net ATP
