Derivative of (-3*pi*sin((pi*x)/2))/2

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Derivative of (-3*pi*sin((pi*x)/2))/2: 


((-3*pi*sin((pi*x)/2))/2)'

((-3*pi*sin((pi*x)/2))'*2-(-3*pi*sin((pi*x)/2)*(2)'))/(2^2)

(((-3*pi)'*sin((pi*x)/2)-3*pi*(sin((pi*x)/2))')*2-(-3*pi*sin((pi*x)/2)*(2)'))/(2^2)

((0*sin((pi*x)/2)-3*pi*(sin((pi*x)/2))')*2-(-3*pi*sin((pi*x)/2)*(2)'))/(2^2)

((0*sin((pi*x)/2)-3*pi*cos((pi*x)/2)*((pi*x)/2)')*2-(-3*pi*sin((pi*x)/2)*(2)'))/(2^2)

((0*sin((pi*x)/2)-3*pi*cos((pi*x)/2)*(((pi*x)'*2-(pi*x*(2)'))/(2^2)))*2-(-3*pi*sin((pi*x)/2)*(2)'))/(2^2)

((0*sin((pi*x)/2)-3*pi*cos((pi*x)/2)*((((pi)'*x+pi*(x)')*2-(pi*x*(2)'))/(2^2)))*2-(-3*pi*sin((pi*x)/2)*(2)'))/(2^2)

((0*sin((pi*x)/2)-3*pi*cos((pi*x)/2)*(((0*x+pi*(x)')*2-(pi*x*(2)'))/(2^2)))*2-(-3*pi*sin((pi*x)/2)*(2)'))/(2^2)

((0*sin((pi*x)/2)-3*pi*cos((pi*x)/2)*(((0*x+pi*1)*2-(pi*x*(2)'))/(2^2)))*2-(-3*pi*sin((pi*x)/2)*(2)'))/(2^2)

((0*sin((pi*x)/2)-3*pi*cos((pi*x)/2)*((pi*2-(pi*x*(2)'))/(2^2)))*2-(-3*pi*sin((pi*x)/2)*(2)'))/(2^2)

((0*sin((pi*x)/2)-3*pi*cos((pi*x)/2)*((pi*2-(pi*x*0))/(2^2)))*2-(-3*pi*sin((pi*x)/2)*(2)'))/(2^2)

((0*sin((pi*x)/2)-3*pi*(pi/2)*cos((pi*x)/2))*2-(-3*pi*sin((pi*x)/2)*(2)'))/(2^2)

((0*sin((pi*x)/2)-3*pi*((pi*cos((pi*x)/2))/2))*2-(-3*pi*sin((pi*x)/2)*(2)'))/(2^2)

(((-3*pi^2*cos((pi*x)/2))/2)*2-(-3*pi*sin((pi*x)/2)*(2)'))/(2^2)

(((-3*pi^2*cos((pi*x)/2))/2)*2-(-3*pi*sin((pi*x)/2)*0))/(2^2)

(-3*pi^2*cos((pi*x)/2))/4

The calculation above is a derivative of the function f (x)

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