Use the following functions to compute numerical derivatives at the given value of x: 1. f(x)...

 

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Use the following functions to compute numerical derivatives at the given value of x: 1. f(x) = ln(x + 2), at x = -1.5 2. f(x) = ln(x + 2), at x = 2.0 3. f(x)=3-e-(2-(x-1)), at x = 1.0 4. f(x) = {1- cos ()}, at x = 3.0 For each function, using the same process as in part (b), calculate the derivative of that function at some value. Write a line of output describing each function, and stating what the computed derivative for it is, along with the number of steps needed to compute the derivative. Use the following functions to compute numerical derivatives at the given value of x: 1. f(x) = ln(x + 2), at x = -1.5 2. f(x) = ln(x + 2), at x = 2.0 3. f(x)=3-e-(2-(x-1)), at x = 1.0 4. f(x) = {1- cos ()}, at x = 3.0 For each function, using the same process as in part (b), calculate the derivative of that function at some value. Write a line of output describing each function, and stating what the computed derivative for it is, along with the number of steps needed to compute the derivative.