time t seconds, find (a) the total charge that has entered between 4 and 9 seconds, (b) the charge entering at 8 seconds, and (c) the current at 1.5, and 8 seconds. Take the charge to be 0 at t = 0. 12 2.

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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Number 4 pls

2.) If the function f(t) is the current in amperes
entering the positive terminal of an element at
time t seconds, find (a) the total charge that has
entered between 4 and 9 seconds, (b) the charge
entering at 8 seconds, and (c) the current at 1.5,
and 8 seconds. Take the charge to be 0 at t = 0.
4
2
3.) If f(t) in problem number 2 is the charge entering
the element in coulombs and t is in seconds, find
the charge entering the element between 4 and 9
Transcribed Image Text:2.) If the function f(t) is the current in amperes entering the positive terminal of an element at time t seconds, find (a) the total charge that has entered between 4 and 9 seconds, (b) the charge entering at 8 seconds, and (c) the current at 1.5, and 8 seconds. Take the charge to be 0 at t = 0. 4 2 3.) If f(t) in problem number 2 is the charge entering the element in coulombs and t is in seconds, find the charge entering the element between 4 and 9
seconds, the current at 6.5 seconds, and the
current at 8 seconds.
4.) In problem 2, if the voltage across the element is 6
V, find the power delivered to the element at t =
1, 5, 8, and 10 s. Repeat for problem no. 3.
Transcribed Image Text:seconds, the current at 6.5 seconds, and the current at 8 seconds. 4.) In problem 2, if the voltage across the element is 6 V, find the power delivered to the element at t = 1, 5, 8, and 10 s. Repeat for problem no. 3.
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