One way to generate the value of Eulers number e is given by the formula e = lim(1 +)" n-00 in Complete the code that calculates the expression inside the limit, that is, (1 + )", for some value n. # complete the function with the variable "n" and return the value as the variable named "e". # Don't define value of "n" directly inside the function, this should be an input value when you call the function # For example, approximate_e(1), the same rule applies for the rest of questions! def approximate_e(n):| # your code here return e

is it possible to combine all the code into one

Given a double precision floating point number with a decimal point, write a function named prg_question 3 to return the whole number and decimal part of the number as a std::pair object of integers with first part being the whole number part and the second part being the fraction or decimal part. For example given the number 3.14, the "first" part of the pair object must be 3 and the "second" must be 14. Do the following: 1. Follow UMPIRE process to get the algorithm. Write only the algorithm as code comments 2. Implement your function 3. Test your function for numbers 3.14159 and 2.71828. Please follow the test criteria given in the code template

I need some help redoing this code, I want it to function a little differently than this. The code basically needs the following things: cannot use the power function, cannot use the sin function, must use header files (user defined functions), a loop must be used for factorial functions. Basically using these rules it should autmatically change the input of degrees to radians. The overall code should compute sin(x) using a taylor series expansion(using loops instead of using the factorial function) This is what I have, I know it works but I would like to change it.