• Contents

• 1 Example 2.6 OGATA 4edition( Laplace transform, partial fractions)
  We will expand into partial-fractions through Scilab (tf2ss, pfss) a transfer function
  
  

• 2 Example 2.7a OGATA 4edition( Laplace transform, partial-fractions)
  We will expand into partial-fractions through Scilab (tf2ss, pfss) a transfer function
  
  

• 3 Example 2.7b OGATA 4edition( Laplace transform, poles, zeros and gain)
  Let us calculate the pole, the zeros and the gain by Scilab (syslin, factors) ,a transfer function
  
  

• 4 Example 2.10 OGATA 4ed (obtaining the Laplace transform of a graph)
  Obtain the Laplace transform of a graph
  
  

• 5 Problem A2.15 OGATA 4ed (Inverse Laplace transform, partial-fraction expansion)
  Resolution of a differential equation (Laplace T.) a function using Scilab (syslin, tfss, pfss,clean)
  
  

• 6 Problem A2.16 OGATA 4ed (transfer function, poles and zeros)
  Given the poles, zeros and gains are going to calculate the transfer function using Scilab (syslin, poly)
  
  

• 7 Example 2.17 OGATA 4ed (Laplace transformed, differential equations)
  Let's solve a differential equation by scilab (pfss, denom, horner, roots)
  
  

• 8 Problem B2.1 OGATA 4ed(Laplace Transform)
  

  Let us calculate the Laplace transforms of some functions, checking the result with Scilab(csim, syslin, impulse).

  
  
  

• 9 Problem B2.2 OGATA 4ed(Laplace Transform)
  

  Let us calculate the Laplace transforms of some functions, checking the result with Scilab(csim, syslin, impulse).

  
  
  

• 10 Problem B2.3 OGATA 4ed (Laplace Transform)
  

  Let us calculate the Laplace transforms of some functions, checking the result with Scilab(csim, syslin, impulse).

  
  
  

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