A Amethyst Woodstar humming bird has the fastest heart beat.
animals with larger diameter of axons would have the fastest conduction velocities, so like elephants, giraffes, hippos, etc.
cheetah
cheetahs
...in a myelinated axon.
Dromotropic effect is the effect on conduction of current. It could be positive or negative depending on the final outcome. A negative dromotropic effect would mean decrease in conduction activity of current while positive would mean increase in conduction activity of current.
Depends on disease
The mitochondria because that is where energy production occurs .
Animals that breath air would not . . . if they tried, they would drown. Animals like fish would smell sulphur in water.
If by "conduction velocitieds" you mean Nerve Conduction Velocity, I'd probably guess smaller animals that are often prey. Like a mouse! A rodent's nervous system has to work very fast if they want to escape predators, right? Just a hypothesis.
...in a myelinated axon.
myelinated, large diameter fibres
Conduction . . . depends on the properties of the material through which the heat is conductedConvection . . . depends on the physical movement of the material carrying the heat from level to levelRadiation . . . electromagnetic waves, moving from place to place at the speed of light.Looks like Radiation would transfer heat the fastest.
The fastest air animal would be Peregrine falcons, and they are the fastest animals on Earth. They fly at 90 mph and dive at 200 mph.
The fastest animal in the world is the Peregrine Falcon with diving speeds of 200+ mph. That is for all animals. If you want the fastest land animal that would be the Cheetah.
A cheetah, as it is the fastest of all land animals.
The only hooved animals that i can think of are deers and horses. I would sy that the Horse is the fastest hooved animal.
How fast something moves is the speed. Airplanes are one of fastest moving objects in the world, and cheetahs are one of the fastest animals.
Cheetahs are currently the fastest animals on Earth, so "cheetah" would be the answer to this question.
Yes, since there would be no conduction of sound in a vacuum.
It seems to me that the ratio of their angular velocities would be the negative reciprocal of the ratio of their radii.