find laplace transform of attached question
Attachments:
Answers
Answered by
12
Answer:
Use integral definition of laplace transform to get
∫∞0sinh(at)exp(−st)dt
=limb→∞∫b0sinh(at)exp(−st)dt
By the definition sinh(at)=12(exp(at)−exp(−at))
We can write
=limb→∞12∫b0(exp(at)−exp(−at))exp(−st)dt
=limb→∞12∫b0exp((a−s)t)−exp((−a−s)t)dt
limb→∞12[(1a−sexp((a−s)b)−1−a−sexp((−a−s)b))−(1a−s−1−a−s)]
But taking the limit as b→∞ yields infinity terms.
REFER TO THE ATTACHMENT ALSO!!
Attachments:
Answered by
7
Mate your answer is attached above .....
Attachments:
Similar questions