Answer:
lose more heat to the environment in cold environments
Explanation:
This is because as an animal have large surface area, it is exposed largely and prone to loss of heat. The larger the size of an animal, the larger the surface area and volume. It's surface area expose the tendency for the animal to sweat alot , through sweating heat is loss to the environment. In cold environment, the animal try to maintain internal homeostasis and through this heat is generated and loss to the environment.
Answer:
Carrying capacity shows how much you can carry, over being more than what you can carry and under being less than you can carry. It is bad to be over capacity because you would be carrying more than you are physically able to.
Answer:
A low cold front transitioning to a high warm front.
Explanation:
The spikes that are going down is a cold front and the semi-circles are a warm front so its transitioning from small to large because L is low and then it raises. You're welcome.
If we examine the molecular model of structure partials for the ATP synthesis it tells us that the central stalks and peripheral are clearly resolved between the two peripheral stalks is where the dimer interface is located within the membrane.
By a rotation of 180 degrees for an axis which is normal to the membrane is where the ATP synthesis complexes can be superimposed to each other.
If we want to determine whether the other maps are consistent with the high result of a resolution of ray crystallography is that the x-ray structures of bovine peripheral stalks fragments and F1 rotating yeast are being fitted as rigid bodies.
