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12 Nov 2019
A. Find s(t), where s(t) represents the position function, v(t) represents the velocity function, and a(t) represents the acceleration function.
a(t) = -18t + 4, with v(0)=2 and s(0) = 7
B. After an electric power interruption, the current i in a circuit is given by the equation shown below, where t is the time. Find the expression for the total electric charge q to pass a point in the circuit if q=0 for t=0
i = 3(1-e-t)2(e-t)
A. Find s(t), where s(t) represents the position function, v(t) represents the velocity function, and a(t) represents the acceleration function.
a(t) = -18t + 4, with v(0)=2 and s(0) = 7
B. After an electric power interruption, the current i in a circuit is given by the equation shown below, where t is the time. Find the expression for the total electric charge q to pass a point in the circuit if q=0 for t=0
i = 3(1-e-t)2(e-t)
Patrina SchowalterLv2
12 Apr 2019
