A function z (t)is defined for t>0 as follows: if c

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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A function z (t) is defined for t>0 as follows: if c<t<d then z (t)=
Laplace transform of the function z (t) we get to a point where 2 (s) =rx[-se-¤-(-se-Y)].What does x
r, otherwise z(t)=0. When finding the
represent? (If x represents a number then just type that number, for example 7, if x represents a letter then just type that
letter, for example w, if x represents the product of two letters then just type the two letters, for example, xy).
Transcribed Image Text:A function z (t) is defined for t>0 as follows: if c<t<d then z (t)= Laplace transform of the function z (t) we get to a point where 2 (s) =rx[-se-¤-(-se-Y)].What does x r, otherwise z(t)=0. When finding the represent? (If x represents a number then just type that number, for example 7, if x represents a letter then just type that letter, for example w, if x represents the product of two letters then just type the two letters, for example, xy).
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