Simplify Expression: First, let's simplify the expression by distributing the multiplication across the terms.275.33S−Sln(S)×0.0151=275.33S−0.015Sln(S)
Find Derivatives: Now, let's find the derivative of each term separately.The derivative of 275.33S with respect to S is 275.33.
Apply Product Rule: Next, we need to apply the product rule to the term −0.015Sln(S), since it is the product of S and ln(S). Let u=S and v=ln(S). Then dSdu=1 and dSdv=S1. Using the product rule (dSd(uv)=udSdv+vdSdu), we get: \frac{d(-S \ln(S) / \(0\).\(015\))}{dS} = -\frac{\(1\)}{\(0\).\(015\)} * \left(S * \left(\frac{\(1\)}{S}\right) + \ln(S) * \(1\right)
Simplify Derivative: Simplify the derivative we just found.−0.0151∗(S∗(S1)+ln(S)∗1)=−0.0151∗(1+ln(S))
Combine Derivatives: Combine the derivatives of both terms to get the final derivative of the function.dSd(275.33S−Sln(S)×0.0151)=275.33−0.0151×(1+ln(S))
Calculate Numerical Value: Now, let's calculate the numerical value of −0.0151 to simplify the expression.−0.0151=−66.666…
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