When there is a negative charge
inside an axon and a positive charge
outside it, the neuron is

a. in the process of reuptake.
b. said to have an action potential.
c. depolarizing.
d. said to have a resting potential.
e. not in the refractory period.

When the charge inside an axon is negative while the charge on the outside is positive the neuron will have a resting potential because when the inside of axon has a negative charge the neuron will be negative. ( at rest ).

Therefore when a neuron is at rest ( having a negative charge ) the voltage it posses is called the resting membrane potential Which is ≈ 70 millivolts depending on the neuron

Hence we can conclude that When the charge is negative inside an axon the neuron is said to have a resting potential.

Learn more : https://brainly.com/question/15608266

When there is a negative charge inside an axon and a positive charge outside it, the neuron is a. in the process of reuptake. b. said to have an action potential. c. depolarizing. d. said to have a resting potential. e. not in the refractory period.

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When there is a negative charge
inside an axon and a positive charge
outside it, the neuron is

a. in the process of reuptake.
b. said to have an action potential.
c. depolarizing.
d. said to have a resting potential.
e. not in the refractory period.