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6 Nov 2019
Use the chain rule to find the derivative of at x = 1. Enter just an Integer. Compute dy/dx· using the chain rule where y = u 2 and u = 3x = 4. Enter your answer as just a polynomial in x in standard form (no label). Compute dy/dx using the chain rule where y = u 2/u 2 + 1- and u = at x = 1 Enter just a reduced fraction. Use implicit differentiation to determine dy/dx where 4x 3 + 4xy + y = 8. Find the equation of the tangent line to the graph of x 2 + y 2·= 1 at the point [1/2, /2] Use implicit differentiation to determine dy/dx where xy + 10 = x 2. Show transcribed image text
Use the chain rule to find the derivative of at x = 1. Enter just an Integer. Compute dy/dx· using the chain rule where y = u 2 and u = 3x = 4. Enter your answer as just a polynomial in x in standard form (no label). Compute dy/dx using the chain rule where y = u 2/u 2 + 1- and u = at x = 1 Enter just a reduced fraction. Use implicit differentiation to determine dy/dx where 4x 3 + 4xy + y = 8. Find the equation of the tangent line to the graph of x 2 + y 2·= 1 at the point [1/2, /2] Use implicit differentiation to determine dy/dx where xy + 10 = x 2.
Show transcribed image text Keith LeannonLv2
17 Apr 2019