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(e^(10/x))'The calculation above is a derivative of the function f (x)
e^(10/x)*((10/x)'*ln(e)+((10/x)*(e)')/e)
e^(10/x)*((10/x)'*ln(e)+((10/x)*0)/e)
e^(10/x)*((((10)'*x-(10*(x)'))/(x^2))*ln(e)+((10/x)*0)/e)
e^(10/x)*(((0*x-(10*(x)'))/(x^2))*ln(e)+((10/x)*0)/e)
e^(10/x)*(((0*x-(10*1))/(x^2))*ln(e)+((10/x)*0)/e)
e^(10/x)*((-10/(x^2))*ln(e)+((10/x)*0)/e)
e^(((10)'*x-(10*(x)'))/(x^2))
e^((0*x-(10*(x)'))/(x^2))
e^((0*x-(10*1))/(x^2))
0^(10/x)
(-10*e^(10/x))/(x^2)
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