63. A set of Helmholtz coils (see Problem 62, Fig. 28-61 ) have a radius R = 10.0 cm and are separated by a distance R = 10.0 cm. Each coil has 85 loops carrying a current I = 2.0 A. (a) Determine the total magnetic field B along the x axis (the center line for the two coils) in steps of 0.2 cm from the center of one coil (x = 0) to the center of the other (x = R). (b) Graph B as a function of x. (c) By what % does B vary from x= 5.0 cm to x = 6.0 cm?
63. A set of Helmholtz coils (see Problem 62, Fig. 28-61 ) have a radius R = 10.0 cm and are separated by a distance R = 10.0 cm. Each coil has 85 loops carrying a current I = 2.0 A. (a) Determine the total magnetic field B along the x axis (the center line for the two coils) in steps of 0.2 cm from the center of one coil (x = 0) to the center of the other (x = R). (b) Graph B as a function of x. (c) By what % does B vary from x= 5.0 cm to x = 6.0 cm?
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Transcribed Image Text:63. A set of Helmholtz coils (see Problem 62, Fig. 28-61 ) have a radius
= 10.0 cm. Each coil has 85
=
R 10.0 cm and are separated by a distance R
loops carrying a current I = 2.0 A. (a) Determine the total magnetic field B along
the x axis (the center line for the two coils) in steps of 0.2 cm from the center of
one coil (x = 0) to the center of the other (x: = R). (b) Graph B as a function of x.
5.0 cm to x 6.0 cm?
=
(c) By what % does B vary from.
=
=
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