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Mathematics, 18.06.2020 23:57 reagan1514

Consider the curve given by the equation (2y+1)^3 βˆ’ 24x = βˆ’3. (a) Show that dy/dx = 4/(2y+1)^2.

(b) Write an equation for the line tangent to the curve at the point (βˆ’1,βˆ’2).

(c) Evaluate d2y/dx2 at the point (βˆ’1,βˆ’2).

(d) The point (16,0) is on the curve. Find the value of (yβˆ’1)β€²(0).

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Consider the curve given by the equation (2y+1)^3 βˆ’ 24x = βˆ’3. (a) Show that dy/dx = 4/(2y+1)^2.
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