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Question: Electrical impulse travels in a neuron from A.Dendrites – Axon – Axonal End – Cell Body. B.Cell ...

Electrical impulse travels in a neuron from
A.Dendrites – Axon – Axonal End – Cell Body.
B.Cell Body – Dendrites – Axon – Axonal End
C.Dendrites – Cell Body – Axon – Axonal End
D.Axonal End – Axon – Cell body – Dendrite

Explanation

Solution

Firstly in the neuron the stimulus is collected with the help of dendrites, after that they are disseminated to cyton, and then they further travel through the axon and at the end of axon reach to the terminal branches from where they are disseminated to another neuron.

Complete answer:
Dendrites - are predictions of a neuron or nerve cell which receive signals and information from other neurons. The transfer of these signals and information from one neuron to another is attained through chemical signals as well as electric impulses, that is, electrochemical signals.
Axon- An axon also known as nerve fiber, is a long, slender forecast of a nerve cell, or neuron, in vertebrates, which generally conducts electrical impulses called as action potentials out from the nerve cell body.
Axon End – Also known as Axon terminals. It can also be termed as synaptic boutons, terminal boutons, or end-feet. They are distal terminations of the telodendria of an axon.
Cell body- The art of the neuron that includes the nucleus. The cell body relates to the dendrites, that give rise to information to the neuron, and the axon, that is involved in sending information to other neurons.
Option A- is not the right answer to the question given.
Option B- is not the valid answer to explain the transfer of impulse in neuron
Option C- is the appropriate answer as the process of moving electrical impulse works.
Option D- is not the correct answer to the question above.

Hence the correct answer is OPTION(C)

Note: An impulse journeys along the neuron footpaths as electrical charges move across each neural cell membrane. The Ions striding across the membrane spur the impulse to move along the nerve cells.