 | Arthur Chambers Alexander - 1898 - 104 pages
...section and in I (<:)? Using a table of natural tangents, calculate thus the angle of dip at Berkeley. V. By varying the angle of inclination of the coil find a position for which there will be no current induced when the coil is rotated. Read the angle of inclination, if the earthinductor has a... | |
 | George Kimball Burgess - Physics - 1902 - 90 pages
...section and in I (V) ? Using a table of natural tangents, calculate thus the angle of dip at Berkeley. V. By varying the angle of inclination of the coil, find a position for which there will be no current induced when the coil is rotated. Read the angle of inclination, if the earth-inductor has... | |
 | Ralph Smith Minor - Physics - 1916 - 304 pages
...what effect do you find upon the induced electromotive force when the rate of rotation is doubled? When the coil is being turned at a constant rate are...thus found with the angle of dip calculated in (d). (/) Turn the base of the earth-inductor through 90° and rotate the coil continuously about a vertical... | |
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Set the coil with the axis of rotation vertical, and rotate the coil at the same rate as in one of the cases in (c). To what component of the earth's magnetic field is the induced electromotive force proportional in this case? To what component was it... 