f(x) = 2-3*x
g(x) = -(1/3)*x + (2/3)
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f(g(x))
x x |
g(f(x))
x x |
f(x) = 2-3*x
g(x) = -(1/3)*x + (2/3)
P = plot( f(x) , color = 'red' ) + plot( g(x) , color = 'green') + plot(f(g(x)) )+plot(g(f(x)),color='yellow',linestyle='--')
P.show()
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f(x) = (1/(x-2))
g(x) = (1/x)-2
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f(g(x))
1/(1/x - 4) 1/(1/x - 4) |
g(f(x))
x - 4 x - 4 |
f(x) = (1/(x-2))
g(x) = (1/x)-2
P = plot( f(x) , color = 'red' ) + plot( g(x) , color = 'green')+ plot(f(g(x)) )+plot(g(f(x)),color='black')
P.show(xmin = -1.5 , xmax = 1.5,ymin = -5,ymax=5)
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f(x) = 4*x-5
plot(f(x),xmin=-1,xmax=2,ymin=-8,ymax=2)
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f(x) = -(x+3)^2-8
plot(f(x) , (x,-50,50),ymin= -50 , ymax=50)
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f(x) = sqrt(36-x^2)
plot(f(x),(x,-12,12),ymin = -1,ymax = 7 )
verbose 0 (2395: plot.py, generate_plot_points) WARNING: When plotting, failed to evaluate function at 100 points. verbose 0 (2395: plot.py, generate_plot_points) Last error message: '' verbose 0 (2395: plot.py, generate_plot_points) WARNING: When plotting, failed to evaluate function at 100 points. verbose 0 (2395: plot.py, generate_plot_points) Last error message: '' |
f(X) = abs(x)
plot(f(x),(x,-1,1),ymin=-0.5,ymax=0.5)
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