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Basic Engineering Circuit Analysis 11th Edition by David Irwin ,Robert Nelms
Edition 11ISBN: 978-1118539293Basic Engineering Circuit Analysis 11th Edition by David Irwin ,Robert Nelms
Edition 11ISBN: 978-1118539293 Exercise 40
Solve the following differential equation using Laplace transforms:
![Solve the following differential equation using Laplace transforms: a. [ 2 e 2 t + e 4 t 3e 3t ] u ( t ) b. [ 3 e 2t + e 4 t + e 3 t ] u ( t ) c. [ e 2t + e 4 t 2 e 3 t ] u ( t ) d. [ 4 e 2t e 4 2 e 3 t ] u ( t )](https://d2lvgg3v3hfg70.cloudfront.net/SM4993/11eb71f4_a2f5_5ce8_b53a_bbece4931638_SM4993_00.jpg)
a. [ 2 e 2 t + e 4 t 3e 3t ] u ( t )
b. [ 3 e 2t + e 4 t + e 3 t ] u ( t )
c. [ e 2t + e 4 t 2 e 3 t ] u ( t )
d. [ 4 e 2t e 4 2 e 3 t ] u ( t )
a. [ 2 e 2 t + e 4 t 3e 3t ] u ( t )
b. [ 3 e 2t + e 4 t + e 3 t ] u ( t )
c. [ e 2t + e 4 t 2 e 3 t ] u ( t )
d. [ 4 e 2t e 4 2 e 3 t ] u ( t )
Explanation
Verified
Verified
Consider the differential equation.
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Basic Engineering Circuit Analysis 11th Edition by David Irwin ,Robert Nelms
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