In an RL circuit (a resistor and an inductor in series) the applied emf is a constant E. R Given that i is the current in the circuit, R the resistance and L the inductance, the equation for the circuit when the switch is closed is; E i ==(1-e-Rt/L) R Write PHP Program to compute the charge q for E = 1000 V, L= 1.0 H, R=100 ohms, t 0.5 s.

C++ for Engineers and Scientists
4th Edition
ISBN:9781133187844
Author:Bronson, Gary J.
Publisher:Bronson, Gary J.
Chapter1: Fundamentals Of C++ Programming
Section1.3: Preliminary Three: Software Development
Problem 8E
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In an RL circuit (a resistor and an inductor in series) the applied emf is a constant E.
R
E
Given that i is the current in the circuit, R the resistance and L the inductance, the equation
for the circuit when the switch is closed is;
E
i =
(1-e-Rt/L)
R
Write PHP Program to compute the charge q for E = 1000 V, L= 1.0 H, R =100 ohms,
t = 0.5 s.
Transcribed Image Text:In an RL circuit (a resistor and an inductor in series) the applied emf is a constant E. R E Given that i is the current in the circuit, R the resistance and L the inductance, the equation for the circuit when the switch is closed is; E i = (1-e-Rt/L) R Write PHP Program to compute the charge q for E = 1000 V, L= 1.0 H, R =100 ohms, t = 0.5 s.
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