m = 5x10-° Kg js E = 100ā, – 200ā, + 300a; v/m and -26 A point charge for which O = 2x10-1°C and moving in the combined fields B = (- 3ā, + 2ã, - ā.)k10-3 T ") - ра, - за, - 4а 10° mls If the charge velocity at t = 0 is determine the Lorentz force experienced by the moving charge.
m = 5x10-° Kg js E = 100ā, – 200ā, + 300a; v/m and -26 A point charge for which O = 2x10-1°C and moving in the combined fields B = (- 3ā, + 2ã, - ā.)k10-3 T ") - ра, - за, - 4а 10° mls If the charge velocity at t = 0 is determine the Lorentz force experienced by the moving charge.
Introductory Circuit Analysis (13th Edition)
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Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Question
![4.
m = 5x102° Kg is
-26
Q = 2 x10-16C
%3D
a) A point charge for which
and
Е -100а, - 200а, + 300а,
moving in the combined fields
V/m and
B = (- 3ā, + 2ã,
-ā, k10 T
If the charge velocity at t = 0 is
v(0) = (2ā, - 3ā, – 4ā. k10° m/s determine the Lorentz force
experienced by the moving charge.
b) Consider a full wave center tap rectifier circuit made up of silicon
diodes, containing output ac voltage of 4.5V.
I.
Determi ne
the
output
dc
level;
I.
The required PIV of each dio de; and
III. If the applied input ac power is 90W, determine the output
dc power.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff58a5c22-e04e-42f6-a0cd-07a56d436bbf%2F07c537ef-2005-47d3-9c46-1c3cfbb610c3%2Fdp7wp1l_processed.jpeg&w=3840&q=75)
Transcribed Image Text:4.
m = 5x102° Kg is
-26
Q = 2 x10-16C
%3D
a) A point charge for which
and
Е -100а, - 200а, + 300а,
moving in the combined fields
V/m and
B = (- 3ā, + 2ã,
-ā, k10 T
If the charge velocity at t = 0 is
v(0) = (2ā, - 3ā, – 4ā. k10° m/s determine the Lorentz force
experienced by the moving charge.
b) Consider a full wave center tap rectifier circuit made up of silicon
diodes, containing output ac voltage of 4.5V.
I.
Determi ne
the
output
dc
level;
I.
The required PIV of each dio de; and
III. If the applied input ac power is 90W, determine the output
dc power.
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