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((e*p*x)/(d^2))'The calculation above is a derivative of the function f (x)
((e*p*x)'*d^2-(e*p*x*(d^2)'))/((d^2)^2)
(((e*p)'*x+e*p*(x)')*d^2-(e*p*x*(d^2)'))/((d^2)^2)
((0*x+e*p*(x)')*d^2-(e*p*x*(d^2)'))/((d^2)^2)
((0*x+e*p*1)*d^2-(e*p*x*(d^2)'))/((d^2)^2)
(e*p*d^2-(e*p*x*(d^2)'))/((d^2)^2)
(e*p*d^2-(e*p*x*0))/((d^2)^2)
e*d^-2*p
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