Thick axons conduct nerve impulses faster than thin axons because they have a lower resistance to the flow of electrical signals. This allows for quicker transmission of signals along the axon.
Thick.
Non-myelinated fibers appear as thin, unmyelinated axons within bundles of nerve fibers. They lack the myelin sheath that surrounds some other nerve fibers, which gives them a more transparent or grayish appearance compared to myelinated fibers. Non-myelinated fibers are typically smaller in diameter and conduct nerve impulses more slowly than myelinated fibers.
A thin atmosphere has low pressure and density, like on Mars, while a thick atmosphere has higher pressure and density, like on Earth. Thick atmospheres can trap heat and support life, while thin atmospheres make it harder for planets to retain heat and protect against harmful radiation.
Yes it is and you should have search this up unless your thin!!!
Thin wires
It depends upon the individuals genes. Thick or thin the gene pool rules.
They run through both evenly! .o.
Thick axons conduct nerve impulses faster than thin axons because they have a lower resistance to the flow of electrical signals. This allows for quicker transmission of signals along the axon.
A thin atmosphere is thin and a thick atmosphere is thick
You read a thick book faster by practice reading thin books in 30 minutes and then you move up the levels day after day. (Just don't skim through it.)
Because there's less volume to cook.
No, it moves at the same speed regardless of the wire gauge.
The pair word is 'thin': thick and thin.
its thick
its thick
its thick