A nerve impulse is a way nerve cells (neurons) communicate with one another. Nerve impulses are mostly electrical signals along the dendrites to produce a nerve impulse or action potential. The action potential is the result of ions moving in and out of the cell.
A nerve impulse travels from the dendritic end towards the axonal end. The chemicals released from the axonal end of one neuron cross the synapse and generate a similar electrical impulse in a dendrite of another neuron. A neuron transmits electrical impulses not only to another neuron but also to muscle and gland cells.
Answer:
2.5 tablets
Explanation:
First thing to do, in dealing with this type of questions, is to make sure that the prescribed dose and the dose of the drug in a single tablet are expressed in the same units. Since that is the case here (both doses are in milligrams), we can proceed.
So, one tablet has 50 mg of the drug and we need to administer 125 mg. That basically comes down to the equation:
50mg • x = 125 mg
where x is the number of tablets.
Now, we can find x:
x = 125 / 50
x = 2.5
So we need to administer 2.5 50 mg tablets in order for a patient to recieve 125 mg dose.
Answer:
depends what the questions are
Explanation:
C. reflex also called Autonomic reflex.
He can progress by Jump-roping, running(same as Jogging almost), swimming and bicycling, Aerobic's and Aerobic Dance, and At-Home exercises.
