An RL circuit has emf0= 9.2 V, R = 72ohm, and L = 250 μH. If...
An RL circuit has emf0= 9.2 V, R = 72ohm, and L = 250 μH. If the switch closes in t= 0, calculate: a) the current that passes through the circuit; b) the potential difference between resistance ends; and c) the potential difference between induction ends, at instants t = 0, t = 3.0 μs, t = 7.5 μs, and t = 35 μs.
Homework Answers
So all answers are summarised here
Current (Formula shown above)
0A @0s
0.074A @3
s
0.113A @7.5s
0.128 @35s
Potential across resistor (Formula shown above)
0V @0s
5.32V @3s
8.14V @7.5s
9.2V @35s
The values of the potential across inductor coil is given in above picture alongwith the formula.
Consider the RL circuit in the diagram, where R1-110 Ω,R2 220 Ω,L = 25 H, and E = 350 V The switc...
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For the RL circuit pictured below, L = 86.5 Henries and R = 8.5 Ohms. The...
For the RL circuit pictured below, L = 86.5 Henries and R = 8.5
Ohms. The switch is placed in position 1 for a long time before it
is switched to position 2. After waiting 3 seconds, the current in
the circuit is 8.9 Amperes. What is the potential
difference across the battery?
a. With a battery emf of 17.2 V in the RL circuit (R=0.410 2 and L=...
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For the RL circuit pictured below, L = 86.5 Henries and R = 8.5
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difference across the battery?
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