The Current I (In Amperes) When 100 Volts Is Applied $I = 5 e ^ { - 2 t } \sin t$

Multiple Choice

The current I (in amperes) when 100 volts is applied to a circuit is given by $I = 5 e ^ { - 2 t } \sin t$ where $t$ is the time (in seconds) after the voltage is applied. Approximate the current at $t = 0.6$ second after the voltage is applied. Round your answer to two decimal places.

A) $I ( 0.6 ) \approx 0.75$ ampere
B) $I ( 0.6 ) \approx 0.85$ ampere
C) $I ( 0.6 ) \approx 1.05$ ampere
D) $I ( 0.6 ) \approx 0.65$ ampere
E) $I ( 0.6 ) \approx 0.95$ ampere