H.W.1 Within a certain region, e= 10-1" F/m and u = 10-$H/m. If B, = ƏE 2 x 10 cos 10°t sin 10-3y T: (a) use V xH=to find E; (b) find the total magnetic ar flux passing through the surface x 0, 0

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Author:Robert L. Boylestad
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Chapter1: Introduction
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H.W.2 With reference to the sliding bar shown in Figure 10.1, let d = 7 cm,
B = 0.3a, T, and v=0.1a,ey m/s. Let y 0 at t=0. Find: (a) (t = 0); (b)
y(1 = 0.1); (c) t = 0.1); (d) V12 at t = 0.1.
Transcribed Image Text:H.W.2 With reference to the sliding bar shown in Figure 10.1, let d = 7 cm, B = 0.3a, T, and v=0.1a,ey m/s. Let y 0 at t=0. Find: (a) (t = 0); (b) y(1 = 0.1); (c) t = 0.1); (d) V12 at t = 0.1.
H.W.1 Within a certain region, e= 10-1" F/m and µ = 10-5 H/m. If B, =
2 x 10 cos 10°r sin 10-3y T: (a) use V x H = to find E; (b) find the total magnetic
flux passing through the surface x = 0, 0 < y < 40 m, 0 <: < 2m, at t= 1 us; (c) find
the value of the closed line integral of E around the perimeter of the given surface.
Transcribed Image Text:H.W.1 Within a certain region, e= 10-1" F/m and µ = 10-5 H/m. If B, = 2 x 10 cos 10°r sin 10-3y T: (a) use V x H = to find E; (b) find the total magnetic flux passing through the surface x = 0, 0 < y < 40 m, 0 <: < 2m, at t= 1 us; (c) find the value of the closed line integral of E around the perimeter of the given surface.
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