write python code

The Secant Method for finding the solution (root or zero) or a nonlinear equation The Simpson's 1/3 rule for numerical integration The Gauss-Jordan elimination method for finding an inverse matrix. Write a function defined as: lef Probability (PDF, args, c, GT=True): 1 PDE: is the Gaussianormal probability density function f(x) =- which takes 1 V21 argument containing values for x, (population mean), and o (population standard deviation). args: is a tuple containing u and o C: is a floating point value GT: is a boolean indicating if we want the probability of x being greater than (GT=True) or less than (GT=False) To find the probability of xyou should use the Simpson's 1/3 rule to integrate PDe between the limits of x=u-5.0 to Write and call a main() function that uses your probability function to find: P(xu+20 N(175, 3)) Print you findings to the console in the following format: P(x181.00 N(175,3))=Z.ZZ | The Secant Method for finding the solution (root or zero) or a nonlinear equation The Simpson's 1/3 rule for numerical integration The Gauss-Jordan elimination method for finding an inverse matrix. Write a function defined as: lef Probability (PDF, args, c, GT=True): 1 PDE: is the Gaussianormal probability density function f(x) =- which takes 1 V21 argument containing values for x, (population mean), and o (population standard deviation). args: is a tuple containing u and o C: is a floating point value GT: is a boolean indicating if we want the probability of x being greater than (GT=True) or less than (GT=False) To find the probability of xyou should use the Simpson's 1/3 rule to integrate PDe between the limits of x=u-5.0 to Write and call a main() function that uses your probability function to find: P(xu+20 N(175, 3)) Print you findings to the console in the following format: P(x181.00 N(175,3))=Z.ZZ |