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diff --git a/1574/CH1/EX1.10/Signals_Ex_1_10.sce b/1574/CH1/EX1.10/Signals_Ex_1_10.sce
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+clc

+//Chapter1: Signals

+//Example1.10, page no 38

+//Given

+//a

+A=1,delta=1e-3,T=10e-3

+w0=2*%pi/T,n=0

+for i=0:10

+    if n==0 then

+        Sa=1 

+    else 

+        Sa=sin(n*%pi*delta/T)/(n*%pi*delta/T)

+    end

+    

+end

+

+F=(A*delta/T)*Sa//spectral Amplitude

+mprintf('a)\nAt wo,n=0: The spectral amplitude is: F0= %f V\n',F)

+//b

+// displaying the fourier Transform of the given function

+mprintf('b)\nThe Fourier tranform of f(t-delta/2) is given as: '), 

+mprintf('\nf(t)=A*delta/T*∑Sa(n*delta*pi/T)*exp(jwo(t-delta/2))')