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This is the place.
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I am sort of stuck on Lesson 19 #26:
  
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First of all, are the instructions correct when they say "...if L(F) equals:" --- Is it F or f(t)?
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Secondly, I am not sure how to proceed with this. Thm 3 says the inverse Laplace is 1/s times the F(s) function. Therefore I can factor out a 1/s^3 to get :
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(1/s^3)*(1/(s^2-1)) ...Not sure where to go from here, or if my approach is wrong...
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Thanks - Mac
  
  

Revision as of 09:52, 5 October 2013


Homework 6 collaboration area



I am sort of stuck on Lesson 19 #26:

First of all, are the instructions correct when they say "...if L(F) equals:" --- Is it F or f(t)?

Secondly, I am not sure how to proceed with this. Thm 3 says the inverse Laplace is 1/s times the F(s) function. Therefore I can factor out a 1/s^3 to get : (1/s^3)*(1/(s^2-1)) ...Not sure where to go from here, or if my approach is wrong...

Thanks - Mac




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Alumni Liaison

Basic linear algebra uncovers and clarifies very important geometry and algebra.

Dr. Paul Garrett