Write a function password_check() that takes as input two strings newpassword and oldpassword, and that accepts the new password (i.e., returns True) if newpassword is different from oldpassword and newpassword is at least 6 letters long. If the new password fails the check, your functions should return False. >>> password_check('E10-s2ff', 'E10.s2ff') True >>> password_check('E10sf', 'E10.s2ff') False >>> password_check('E10-s2ff', 'E10-s2ff') False (Extra Credit) For extra credit, extend your password function so that it also checks that the new password contains a digit. >>> password_check('E10-s2ff', 'E10.s2ff')     True >>> password_check('Eej-sdff', 'E10.s2ff') False

Question 3The program below reads two integers. Then a function with the followingprototype is called:                              void div_rem(int a, int b, int *divides, int *remains); This function is passed the two integers. It divides them (using integer division),and writes the answer over wherever “divides” points. Then it finds theremainder and writes it into where “remains” points. Thus for 20 and 3, 20divided by 3 is 6, remainder 2. Implement the div_rem function.  #include <stdio.h>void div_rem(int a, int b, int *divides, int *remains);  int  main(void)  {                int a, b;                 int div = 0;               int rem = 0; printf("enter two integers ");scanf("%i %i", &a, &b); div_rem(a, b, &div, &rem);  printf("%i divided by %i = %i "             "remainder %i\n", a, b, div, rem);  return 0;}

Define a function print_repeated() that takes two parameters and outputs the first parameter the second parameter number of times on one line separated and ending with a space. The function does not return any value.

Jupyter Notebook Fixed Income - Certicificate of Deposit (CD) - Compound Interest Schedule An interest-at-maturity CD earns interest at a compounding frequency, and pays principal plus all earned interest at maturity. Write a function, called CompoundInterestSchedule, that creates and returns a pandas DataFrame, where each row has: time (in years, an integer starting at 1), starting balance, interest earned, and ending balance, for an investment earning compoundedinterest. Use a for(or while) loop to create this table. The equation for theith year's ending balance is given by: Ei =Bi (1+r/f)f where: Ei is year i's ending balance Bi is year i's beginning balance (note: B1 is the amount of the initial investment (principal) r is the annual rate of interest (in decimal, e.g., 5% is .05) f is the number of times the interest rate compounds (times per year)   The interest earned for a given year is Ei - Bi   Note the term of the investment (in years) is not in the above equation; it is used…