Question

Question was provided via image upload.

Explanation:

Analyze the direction of a nerve impulse

The transmission of a nerve impulse travels from the receiving end to the sending end of a neuron:

• Dendrites receive the incoming signal.
• The signal passes through the cell body (soma).
• The axon carries the impulse away to the next cell.
• Therefore, the correct sequence is: dendrite \(

ightarrow\) cell body \(
ightarrow\) axon.

Analyze blood glucose regulation

After a meal, blood glucose levels rise. Insulin is released to lower blood glucose back to its normal set point:

• This mechanism opposes the initial stimulus (rising glucose) to restore balance.
• This is a classic example of negative feedback.

Identify the gland releasing epinephrine during stress

Epinephrine (adrenaline) is the hormone responsible for the "fight-or-flight" response during acute stress:

• It is produced and released by the adrenal glands, which sit on top of the kidneys.

Analyze the final question on hormone/gland function

The blurry text of the fourth question asks about a specific hormone or gland action:

• "Epinephrine and norepinephrine are hormones released by..." or "Epinephrine is released during stress from..."
• The options list glands/structures: Adrenal medulla, Adrenal cortex, Pancreas, Thyroid.
• Epinephrine and norepinephrine are specifically secreted by the adrenal medulla.

Answer:

Question 1

• A axon \(

ightarrow\) cell body \(
ightarrow\) dendrite

• B dendrite \(

ightarrow\) axon \(
ightarrow\) cell body

• C cell body \(

ightarrow\) dendrite \(
ightarrow\) axon

• **D dendrite \(

ightarrow\) cell body \(
ightarrow\) axon (Correct answer)**

Question 2

• A Positive feedback
• B Negative feedback (Correct answer)
• C Reflex action
• D Passive transport

Question 3

• A Pancreas
• B Thyroid
• C Pituitary
• D Adrenal glands (Correct answer)

Question 4

• A Adrenal medulla (Correct answer)
• B Adrenal cortex
• C Pancreas
• D Thyroid