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(10*x*e^(-0.02*x))'The calculation above is a derivative of the function f (x)
(10*x)'*e^(-0.02*x)+10*x*(e^(-0.02*x))'
((10)'*x+10*(x)')*e^(-0.02*x)+10*x*(e^(-0.02*x))'
(0*x+10*(x)')*e^(-0.02*x)+10*x*(e^(-0.02*x))'
(0*x+10*1)*e^(-0.02*x)+10*x*(e^(-0.02*x))'
10*e^(-0.02*x)+10*x*(e^(-0.02*x))'
10*e^(-0.02*x)+10*x*e^(-0.02*x)*((-0.02*x)'*ln(e)+(-0.02*x*(e)')/e)
10*e^(-0.02*x)+10*x*e^(-0.02*x)*((-0.02*x)'*ln(e)+(-0.02*x*0)/e)
10*e^(-0.02*x)+10*x*e^(-0.02*x)*(((-0.02)'*x-0.02*(x)')*ln(e)+(-0.02*x*0)/e)
10*e^(-0.02*x)+10*x*e^(-0.02*x)*((0*x-0.02*(x)')*ln(e)+(-0.02*x*0)/e)
10*e^(-0.02*x)+10*x*e^(-0.02*x)*((0*x-0.02*1)*ln(e)+(-0.02*x*0)/e)
10*e^(-0.02*x)+10*x*e^(-0.02*x)*((-0.02*x*0)/e-0.02*ln(e))
10*e^(-0.02*x)+10*x*e^((-0.02)'*x-0.02*(x)')
10*e^(-0.02*x)+10*x*e^(0*x-0.02*(x)')
10*e^(-0.02*x)+10*x*e^(0*x-0.02*1)
10*e^(-0.02*x)+10*x*0^(-0.02*x)
10*e^(-0.02*x)+10*x*-0.02*e^(-0.02*x)
10*e^(-0.02*x)-(0.2*x*e^(-0.02*x))
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