systems_2hw_matlab - t4=2*t [y4]=fx(t4) figure (4) plot...

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2/16/06 12:24 PM \\ase-lrc-server\home\rdc55\Desktop\Linear\systems_2hw.m 1 of 1 t=[-5:.01:5] d=[-2*pi:(4*pi/1000):2*pi] t1=t [y1]=fx(t1) figure (1) y1=sin(y1) plot (d,y1) t2=2*t [y2]=fx(t2) figure (2) plot (t,y2) t3=t [y3]=fx(t3) figure (3) plot (t,y3)
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Unformatted text preview: t4=2*t [y4]=fx(t4) figure (4) plot (t,y4) t5=-t [y5]=fx(t5) figure (5) plot (t,y5) x=[10^-3:1:10^5] y=1./(sqrt(x.^2+9)) figure (11) loglog(x,y) x=[10^-3:10^5] y=atan(x/3) figure (22) semilogx(x,y)...
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This note was uploaded on 09/25/2011 for the course ASE 18510 taught by Professor Jeannefalcon during the Spring '10 term at University of Texas.

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