Given A = Axon,D = Dendrite,S = Synapse,and C | vedclass

Name: Exam Paper Generator | JEE NEET Paper Generator | Vedclass
Brand: Vedclass
Rating: 5 (35 reviews)

Question

(A) The transmission of a nerve impulse follows a specific pathway through a neuron and across a synapse.$1$. The impulse is first received by the $D$

Vedclass · Accepted Answer

$D - CB - A - S - D - CB - A$

Vedclass · Answer

(A) The transmission of a nerve impulse follows a specific pathway through a neuron and across a synapse.$1$. The impulse is first received by the $D$ (Dendrite).$2$. It then travels to the $CB$ (Cell Body).$3$. From the cell body,it moves along the $A$ (Axon).$4$. Finally,it reaches the $S$ (Synapse),where it is transmitted to the next neuron.$5$. Therefore,the sequence for a single neuron transmission is $D \rightarrow CB \rightarrow A \rightarrow S$. When considering the path across multiple neurons,the sequence repeats: $D - CB - A - S - D - CB - A$.

Column-$I$	Column-$II$
$1$. Cell body	$p$. Transmit impulses towards the cell body
$2$. Dendrites	$q$. Transmit impulses away from the cell body
$3$. Synaptic vesicles	$r$. Contain cytoplasm and granular bodies
	$s$. Neurotransmitters

Given $A$ = Axon,$D$ = Dendrite,$S$ = Synapse,and $CB$ = Cell Body,what is the correct sequence of structures for the reception and conduction of a nerve impulse?

Similar Questions

Afferent nerve fibers transmit impulses from:

What do neurons lack?

Grey matter is distinguished from white matter by the:

Cytoplasm with typical cell organelles and $Nissl's$ granules is present in the:

Match the following:
Column-$I$ Column-$II$
$1$. Cell body $p$. Transmit impulses towards the cell body
$2$. Dendrites $q$. Transmit impulses away from the cell body
$3$. Synaptic vesicles $r$. Contain cytoplasm and granular bodies
$s$. Neurotransmitters

Vedclass Test Series

Exam Paper Generator

Online Exam Module