6. Hyperpolarization is a normal phase of the action potential, but is also a mechanism by which a neuron can be inhibited from signaling. Describe the ion movement that normally causes the
hyperpolarization at the end of an action potential. In a resting ion (not firing an action
potential), describe one ion movement that would hyperpolarize a neuron. Mentioning threshold,
why would this serve to inhibit that neuron from firing an action potential?

answer; i believe that the correct answer is (lung);

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answer: collecting information/data

reason: the student is going around and asking people questions to collect data

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the answers are as following:

1. c. double helix, nucleosome, coil, supercoil, chromosome

2. b. g2 phase, preparation for mitosis

3. d. interphase consists of the g1, s, and g2 phases

4. c. metaphase

5. a. chromosomes are duplicated before cell division so that each new daughter cell has a complete set