dy for the function y -10 cos(x) = x Find dy Ax dx If f(x) =...

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dy for the function y -10 cos(x) = x Find dy Ax dx If f(x) = 6xn(x), find '(4). Find dy/dx using the method of logarithmic differentiation when y = x 9 cos(x). dy/dx = Find the derivative of y = x5*. Let f(x) = 5x tan(x). Find '(x). f'(x) = Let f (x) = x4x Use logarithmic differentiation to determine the derivative. Let f(x) = 3(sin(x)). Find f'(2). Assume that the function y is defined implicitly as a function of x by the given equation. Use the technique of implicit differentiation to find a differential equation for which y is a solution. (x + y) = 10xy Find by implicit differentiation when dx 5x + 4y x < = 5x - 4y 2 Let y = ln(x + y). Determine the derivative y' at the point (e 16, 4). - y' (e 4 - 16) = dy for the function y -10 cos(x) = x Find dy Ax dx If f(x) = 6xn(x), find '(4). Find dy/dx using the method of logarithmic differentiation when y = x 9 cos(x). dy/dx = Find the derivative of y = x5*. Let f(x) = 5x tan(x). Find '(x). f'(x) = Let f (x) = x4x Use logarithmic differentiation to determine the derivative. Let f(x) = 3(sin(x)). Find f'(2). Assume that the function y is defined implicitly as a function of x by the given equation. Use the technique of implicit differentiation to find a differential equation for which y is a solution. (x + y) = 10xy Find by implicit differentiation when dx 5x + 4y x < = 5x - 4y 2 Let y = ln(x + y). Determine the derivative y' at the point (e 16, 4). - y' (e 4 - 16) =