CARN AP LICENSURE UPDATED ACTUAL EXAM QUESTIONS CORRECT ANSWERS
GRADED A PLUS
CARN AP Licensure Preparation TEST Paper
2026/2027 Complete Actual Questions Questions and
Answers Verified Solutions Latest Update
Question:
oligodendrocytes.
Answer:
form myelin sheaths in CNS
Question:
microglia.
Answer:
phagocytic immune cells
Question:
ependymal cells.
Answer:
line cavities of CNS produce and circulate cerebrospinal fluid
Question:
satellite cells.
Answer:
in ganglia support and regulate chemical environment in PNS
Question:
schwann cells.
, Answer:
form myelin sheath in PNS
Question:
Nissl substance.
Answer:
RER found in cell body and dendrites, but not axon of neurons.
Question:
depolarization.
Answer:
starts by opening of voltage gated NA channels membrane potential moves from -70 to +30
Question:
Repolarization.
Answer:
Na channels close and K channels open to let K exit the cell so that the loss of positive ions returns
membrane potential to -70mV
Question:
hyperpolarization.
Answer:
K channels close and membrane potential goes to -80
Question:
Return to Resting Potential.
Answer:
GRADED A PLUS
CARN AP Licensure Preparation TEST Paper
2026/2027 Complete Actual Questions Questions and
Answers Verified Solutions Latest Update
Question:
oligodendrocytes.
Answer:
form myelin sheaths in CNS
Question:
microglia.
Answer:
phagocytic immune cells
Question:
ependymal cells.
Answer:
line cavities of CNS produce and circulate cerebrospinal fluid
Question:
satellite cells.
Answer:
in ganglia support and regulate chemical environment in PNS
Question:
schwann cells.
, Answer:
form myelin sheath in PNS
Question:
Nissl substance.
Answer:
RER found in cell body and dendrites, but not axon of neurons.
Question:
depolarization.
Answer:
starts by opening of voltage gated NA channels membrane potential moves from -70 to +30
Question:
Repolarization.
Answer:
Na channels close and K channels open to let K exit the cell so that the loss of positive ions returns
membrane potential to -70mV
Question:
hyperpolarization.
Answer:
K channels close and membrane potential goes to -80
Question:
Return to Resting Potential.
Answer: