Question: PYTHON: Calculate the first order forward difference quotient of f at x: function should accept a function handle f , an array of points x

PYTHON:

Calculate the first order forward difference quotient of f at x: PYTHON: Calculate the first order forward difference quotient of f at x:

function should accept a function handle f, an array of points x, and a float h; each should return an array of the difference quotients evaluated at each point in x. To test your functions, approximate the derivative of function should accept a function handle f, an array of points x, at each point of a domain over [-pi , pi]. Plot the results

f x + h) f(x))) h f(x) = (sin(x) + 1) sin(cos(x))

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