Question

ELECTRIC CIRCUITS The current $I$ (in amperes) when 100 volts is applied to a circuit is given by $I = 5e^{-2t} sin\ t$, where $t$ is the time (in seconds) after the voltage is applied. Approximate the current at $t=0.7$ second after the voltage is applied.

Name: electric circuits the current i in amperes when 100 volts is applied to a circuit is given by i 5e 2t sin t where t is the time in seconds after the voltage is applied approximate the current at t07 2
Uploaded: 2021-09-08T20:15:50-08:00
Duration: 1 min 39 s
Channel: Satyam Gupta
Description: electric circuits the current i in amperes when 100 volts is applied to a circuit is given by i 5e 2t sin t where t is the time in seconds after the voltage is applied approximate the current at t07 2

          ELECTRIC CIRCUITS          The current $I$ (in amperes) when 100 volts is applied to a circuit is given by $I = 5e^{-2t} sin\ t$, where $t$ is the time (in seconds) after the voltage is applied. Approximate the current at $t=0.7$ second after the voltage is applied.

Added by Sean N.

Precalculus with Limits

Ron Larson 2nd Edition

Chapter 4

Instant Answer

Solved by Expert Satyam Gupta

09/08/2021

Step 1

$I = 5e^{-2(0.7)} \sin(0.7)$ Show more…

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ELECTRIC CIRCUITS The current $I$ (in amperes) when 100 volts is applied to a circuit is given by $I = 5e^{-2t} sin\ t$, where $t$ is the time (in seconds) after the voltage is applied. Approximate the current at $t=0.7$ second after the voltage is applied.