How do you differentiate #p(y) = e^(y^2)+sin^2(y)cos(y)-ye^(y)# using the product rule? Calculus Basic Differentiation Rules Product Rule 1 Answer Shwetank Mauria Mar 12, 2017 #(dp)/(dy)=2ye^(y^2)+2sinycos^2y-sin^3y-e^y-ye^y# Explanation: #p(y)=e^(y^2)+sin^2ycosy-ye^y# Hence, #(dp)/(dy)=e^(y^2)xx2y+(2sinycosyxxcosy+sin^2yxx(-siny))-(1xxe^y+ye^y)# = #2ye^(y^2)+2sinycos^2y-sin^3y-e^y-ye^y# Answer link Related questions What is the Product Rule for derivatives? How do you apply the product rule repeatedly to find the derivative of #f(x) = (x - 3)(2 - 3x)(5 - x)# ? How do you use the product rule to find the derivative of #y=x^2*sin(x)# ? How do you use the product rule to differentiate #y=cos(x)*sin(x)# ? How do you apply the product rule repeatedly to find the derivative of #f(x) = (x^4 +x)*e^x*tan(x)# ? How do you use the product rule to find the derivative of #y=(x^3+2x)*e^x# ? How do you use the product rule to find the derivative of #y=sqrt(x)*cos(x)# ? How do you use the product rule to find the derivative of #y=(1/x^2-3/x^4)*(x+5x^3)# ? How do you use the product rule to find the derivative of #y=sqrt(x)*e^x# ? How do you use the product rule to find the derivative of #y=x*ln(x)# ? See all questions in Product Rule Impact of this question 1370 views around the world You can reuse this answer Creative Commons License