Normally, when a neuron is not transmitting information and a slight negative charge is present on the inside of the cell membrane, it is said to be

A) depolarized.
B) resting.
C) active.
D) highly charged.

Question

Arpita Patel · Accepted Answer

Final Answer : B, Explanation :  When a neuron is not transmitting information, it is said to be in a resting state. At this time, there is a slight negative charge present on the inside of the cell membrane, which is balanced by a slight positive charge on the outside. This state is important for the neuron to be able to fire an action potential and transmit information when needed. Depolarization occurs when the charge inside the cell becomes more positive, signaling the neuron to fire, and it is not the case in this scenario. Therefore, option B, resting, is the correct choice.

Normally, when a neuron is not transmitting information and a slight negative charge is present on the inside of the cell membrane, it is said to be

A) depolarized.
B) resting.
C) active.
D) highly charged.

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Learning Objectives

Related questions

Normally, when a neuron is not transmitting information and a slight negative charge is present on the inside of the cell membrane, it is said to beA) depolarized.B) resting.C) active.D) highly charged.

Definitions

Learning Objectives

Learning Objectives

Related questions

Normally, when a neuron is not transmitting information and a slight negative charge is present on the inside of the cell membrane, it is said to be

A) depolarized.
B) resting.
C) active.
D) highly charged.