The differential equation for the charge Q (t) in a capacitor in a series R - C circuit, that has a variable resistance R = k1 + k2t is: (image 1) Considering E (t) the printed voltage and C, k1> 0 and k2> 0 constant. Find the charge Q (t), if E(t) = E0 and Q (0) = Q0.

College Algebra
10th Edition
ISBN:9781337282291
Author:Ron Larson
Publisher:Ron Larson
Chapter1: Equations, Inequalities, And Mathematical Modeling
Section1.3: Modeling With Linear Equations
Problem 61E
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The differential equation for the charge Q (t) in a capacitor in a series R - C circuit, that has a variable resistance R = k1 + k2t is: (image 1)

Considering E (t) the printed voltage and C, k1> 0 and k2> 0 constant. Find the charge Q (t), if E(t) = E0 and Q (0) = Q0.

OP
(k1 + kąt) +Q:
Q = E(t)
Transcribed Image Text:OP (k1 + kąt) +Q: Q = E(t)
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