# Question Consider the function F(s)=s+8s3−3s2+3s−1F(s)=s+8s3−3s2+3s−1. Find the partial fraction decomposition of F(s)F(s): s+8s3−3s2+3s−1=s+8s3−3s2+3s−1= + Find the inverse Laplace transform of F(s)F(s). f(t)=L−1{F(s)}=f(t)=L−1{F(s)}= s+8 83 3s² + 3s - 1 a. Find the partial fraction decomposition of F(s): s+8 83 3s² + 3s-1 b. Find the inverse Laplace transform of F(s). f(t) = L¹ {F(s)} = (1 point) Consider the function F(s) = - help (formulas) IVQGTR The Asker · Other Mathematics

Consider the function F(s)=s+8s3−3s2+3s−1F(s)=s+8s3−3s2+3s−1.

1. Find the partial fraction decomposition of F(s)F(s):

s+8s3−3s2+3s−1=s+8s3−3s2+3s−1=  +

2. Find the inverse Laplace transform of F(s)F(s).

f(t)=L−1{F(s)}=f(t)=L−1{F(s)}= Transcribed Image Text: s+8 83 3s² + 3s - 1 a. Find the partial fraction decomposition of F(s): s+8 83 3s² + 3s-1 b. Find the inverse Laplace transform of F(s). f(t) = L¹ {F(s)} = (1 point) Consider the function F(s) = - help (formulas)
More
Transcribed Image Text: s+8 83 3s² + 3s - 1 a. Find the partial fraction decomposition of F(s): s+8 83 3s² + 3s-1 b. Find the inverse Laplace transform of F(s). f(t) = L¹ {F(s)} = (1 point) Consider the function F(s) = - help (formulas)