Chapter 22, Problem 035 At what distance along the central axis of a uniformly charged plastic...
Chapter 22, Problem 035 At what distance along the central axis of a uniformly charged plastic disk of radius R = 1.23 m is the magnitude of the electric field equal to 1/7 times the magnitude of the field at the center of the surface of the disk?
Homework Answers
Summary :
In this problem we should apply the formula of electric field at distance z along central axis. Which is as follows:
Ez =
And electric field at center : Ec =
Then we will apply the equation: Ez = Ec/7 to get value of z.
See the answer :
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Chapter 22, Problem 035 At what distance along the central axis of a uniformly charged plastic...
At what distance along the central axis of a uniformly charged plastic disk of radius R-...
At what distance along the central axis of a uniformly charged plastic disk of radius R- 0.765 m is the magnitude of the electric field equal to 1/9 times the magnitude of the field at the center of the surface of the disk?
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Figure 22-46a shows a circular disk that is uniformly charged. The central z axis is perpendicular...
Figure 22-46a shows a circular disk that is uniformly
charged. The central z axis is perpendicular to the disk
face, with the origin at the disk. Figure 22-46b gives the
magnitude of the electric field along that axis in terms of the
maximum magnitude Em at the disk surface. (The
horizontal axis is marked in increments of 0.5 cm.) What is the
radius of the disk?
05E 0 6 Fig. 22-46
Figure (a) shows a circular disk that is uniformly charged. The central z axis is perpendicular...
Figure (a) shows a circular disk that is uniformly
charged. The central z axis is perpendicular to the disk
face, with the origin at the disk. Figure (b) gives the
magnitude of the electric field along that axis in terms of the
maximum magnitude Em at the disk surface. The
z axis scale is set by zs = 41.0 cm.
What is the radius of the disk?
Figure (a) shows a circular disk that is uniformly charged. The central z...
Figure (a) shows a circular disk that is uniformly charged. The central z axis is perpendicular...
Figure (a) shows a circular disk that is uniformly charged. The central z axis is perpendicular to the disk face, with the origin at the disk. Figure (b) gives the magnitude of the electric field along that axis in terms of the maximum magnitude Em at the disk surface. The z axis scale is set by zs 27.0 cm. What is the radius of the disk? OSE (cm) Number Units
Figure (a) shows a circular disk that is uniformly charged. The central z axis is perpendicular to the disk face, with the origin at the disk.
Figure (a) shows a circular disk that is uniformly charged. The central z axis is perpendicular to the disk face, with the origin at the disk. Figure (b) gives the magnitude of the electric field along that axis in terms of the maximum magnitude Em at the disk surface. The z axis scale is set by zs = 26.0 cm. What is the radius of the disk?
Charge is uniformly distributed around a ring of radius R and the resulting electric field is measured along the ring's central axis
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Suppose you design an apparatus in which a uniformly charged disk of radius R is to...
Suppose you design an apparatus in which a uniformly charged
disk of radius R is to produce an electric field. The field
magnitude is most important along the central perpendicular axis of
the disk, at a point P at distance 2.50R from the disk (Fig. a).
Cost analysis suggests that you switch to a ring of the same outer
radius R but with inner radius R/2.00 (Fig. b). Assume that the
ring will have the same surface charge density as...
Tipler6 23.P.085. Along the axis of a uniformly charged disk, at a point 0.6 m from...
Tipler6 23.P.085. Along the axis of a uniformly charged disk, at a point 0.6 m from the center of the disk, the potential is 56.9 V and the magnitude of the electric field is 63.2 V/m; at a distance of 1.5 m, the potential is 27.1 V and the magnitude of the electric field is 16.5 V/m. Find the total charge residing on the disk.
Tipler6 23.P.085. Along the axis of a uniformly charged disk, at a point 0.6 m from...
Tipler6 23.P.085. Along the axis of a uniformly charged disk, at a point 0.6 m from the center of the disk, the potential is 56.9 V and the magnitude of the electric field is 63.2 V/m; at a distance of 1.5 m, the potential is 27.1 V and the magnitude of the electric field is 16.5 V/m. Find the total charge residing on the disk.
At what distance along the central axis of a uniformly charged plastic disk of radius R- 0.765 m is the magnitude of the electric field equal to 1/9 times the magnitude of the field at the center of the surface of the disk?
Figure 22-46a shows a circular disk that is uniformly
charged. The central z axis is perpendicular to the disk
face, with the origin at the disk. Figure 22-46b gives the
magnitude of the electric field along that axis in terms of the
maximum magnitude Em at the disk surface. (The
horizontal axis is marked in increments of 0.5 cm.) What is the
radius of the disk?
05E 0 6 Fig. 22-46
Figure (a) shows a circular disk that is uniformly
charged. The central z axis is perpendicular to the disk
face, with the origin at the disk. Figure (b) gives the
magnitude of the electric field along that axis in terms of the
maximum magnitude Em at the disk surface. The
z axis scale is set by zs = 41.0 cm.
What is the radius of the disk?
Figure (a) shows a circular disk that is uniformly charged. The central z...
Figure (a) shows a circular disk that is uniformly charged. The central z axis is perpendicular to the disk face, with the origin at the disk. Figure (b) gives the magnitude of the electric field along that axis in terms of the maximum magnitude Em at the disk surface. The z axis scale is set by zs 27.0 cm. What is the radius of the disk? OSE (cm) Number Units
Suppose you design an apparatus in which a uniformly charged
disk of radius R is to produce an electric field. The field
magnitude is most important along the central perpendicular axis of
the disk, at a point P at distance 2.50R from the disk (Fig. a).
Cost analysis suggests that you switch to a ring of the same outer
radius R but with inner radius R/2.00 (Fig. b). Assume that the
ring will have the same surface charge density as...
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