Your program has three functions defined: void a(), void b(), and void c(), followed by your main() function.  Your main() function is allowed to call a(), b(), and c(). A) True B) False   2. A float typically uses more memory than a double A) True B) False

3. Consider a function that will test whether a person is qualified to finance a luxury car. They are qualified if their annual income is greater than $100,000 and the sales price is less than $1,000,000. Income and sales price are parameters of the function. The function returns a message to the program stating whether the person is qualified or not. Complete this function table Purpose a. Name Parameters Result finance() b. Write the function: c. Write a Python program that inputs income and sales price from the user. Using a while loop, the program validates the income is greater than zero. The program invokes the finance() function with this print statement: "print (finance (income, salesPrice))" d. Test your while loop by seeing what happens when an invalid income is input and then a valid income. Then run your program once with too low an income to finance but okay sales price, once with an okay income and okay sales price, and once with an okay income but too high a sales price.

Write a function argument_count that accepts an integer i, followed by any number of additional arguments.  The function should returnTrue if the value given to i is equal to the number of arguments that follows it, and should return False otherwise.

Select the statements that apply to local variables. Only statements within subroutine can view or modify local variables. Storage used by local variables is released when subroutine ends. Local variable name cannot have the same name as a local variable in another function.