Given that y=(4x^2)lnx, find f"(x) when x=e^2
Product rule: first order derivative = 8xlnx+4x Second order derivative = 8lnx+12 Sub in e^2 , 16lne + 12 = 24
JH
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All answers ▸Differentiate x^2 from first principles
Solve for 0<=θ<π, the equation sin3θ-(sqrt3)cosθ=0 (C2)
I don't understand chain rule for differentiation especially when combined with more complex functions.
Use implicit differentiation to find dy/dx of: 2(x^2)y + 2x + 4y - cos((pi)y) = 17