For a neutron star (including pulsars), does the magnetic axis coincide with the

Question

For a neutron star (including pulsars), does the magnetic axis coincide with the axis of rotation? In other words, do they make the same line? A. Yes, they line up B. They are not lined up the same For the next few questions, consider the diagrams in Figure 12-21 of your textbook and the comments within it: According to the diagram, what happens to electrons and other particles that are pulled on by a neutron star's magnetic field? A. They produce radiation (light) that forms a beam from each pole of the neutron star. B. They are pulled onto the neutron star's surface and make the neutron star heavier. C. They are unaffected by the magnetic field. D. They cause the magnetic field to lose strength gradually.

Explanation / Answer

14. No, a neutron star's magnetic axis need not coincide with its rotation axis. Hence, option B is correct.

15. Electrons under the influence of the magnetic field of the neutron star are responsible for the beam of light produced by the neutron star. Hence, option A is correct.

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