6) S R N a Emk ɛ = 300V, resistor R = 100, switch S and a toroid of N = 104 number of turns are connected in series as shown in the figure. Height, Inner and outer radii of the toroid are h = 10cm, a = 10cm and b = 20cm respectively. No current flows through the toroid. Now the switch S is thrown closed at t=0. What is the energy of the toroid at t=0,3s. Ho = 4n × 10-7() -7(Tm a) 18,36J b) 162,7J c) 491,75J d) 993,65J e) 1641,56J
6) S R N a Emk ɛ = 300V, resistor R = 100, switch S and a toroid of N = 104 number of turns are connected in series as shown in the figure. Height, Inner and outer radii of the toroid are h = 10cm, a = 10cm and b = 20cm respectively. No current flows through the toroid. Now the switch S is thrown closed at t=0. What is the energy of the toroid at t=0,3s. Ho = 4n × 10-7() -7(Tm a) 18,36J b) 162,7J c) 491,75J d) 993,65J e) 1641,56J
Delmar's Standard Textbook Of Electricity
7th Edition
ISBN:9781337900348
Author:Stephen L. Herman
Publisher:Stephen L. Herman
Chapter25: Surge, Spike, And Lightning Protection
Section: Chapter Questions
Problem 10RQ: In reference to the load, how are capacitors connected to help prevent voltage spikes and surges?...
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Question
![6)
S
R
N
a
3.
Emk ɛ =
300V, resistor R = 100, switch S and a toroid of N = 104 number of
turns are connected in series as shown in the figure. Height, Inner and outer radii
of the toroid are h = 10cm, a = 10cm and b = 20cm respectively. No current
flows through the toroid. Now the switch S is thrown closed at t=0. What is the
energy of the toroid at t=0,3s. Ho = 4M × 10-"()
Tm
a) 18,36J
b) 162,7J
c) 491,75J
d) 993,65J
e) 1641,56J](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F83dc3732-947e-404a-88d8-02043f8793e4%2F02a794da-a951-44e1-b2c1-274877eb2f98%2F5xdlg3j_processed.jpeg&w=3840&q=75)
Transcribed Image Text:6)
S
R
N
a
3.
Emk ɛ =
300V, resistor R = 100, switch S and a toroid of N = 104 number of
turns are connected in series as shown in the figure. Height, Inner and outer radii
of the toroid are h = 10cm, a = 10cm and b = 20cm respectively. No current
flows through the toroid. Now the switch S is thrown closed at t=0. What is the
energy of the toroid at t=0,3s. Ho = 4M × 10-"()
Tm
a) 18,36J
b) 162,7J
c) 491,75J
d) 993,65J
e) 1641,56J
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