Write a function to determine the number of bits you would need to flip to convert integer A to integer B. EXAMPLE Input: Output: SOLUTION 29 (or: 11101), 15 (or: 01111) 2

Define a function named SwapValues that takes four integers as parameters and swaps the first with the second, and the third with the fourth values. Then write a main program that reads four integers from input, calls function SwapValues() to swap the values, and prints the swapped values on a single line separated with spaces. Ex: If the input is: 3824 function SwapValues() returns and the main program outputs: 8342 The program must define and call a function: void SwapValues (int* userVall, int* userVal2, int* userVal3, int* userVal4) Function SwapValues() swaps the values referenced by the parameters. 1 #include 2 3 /* Define your function here */ 4 5 int main(void) { 6 /* Type your code here. Your code must call the function. */ 700 8 main.c 9 return 0; 10 } Load default template...

Write a function called SumSeries to calculate the sum of the series 1 2 3 n - + 4 + п+1 ... 2 The function is provided with the input integer n. The program displays the calculated sum using a cout statement as well as returns the value of the series. Assume the input n is correctly inputs the value for n as a number 1 or greater. Do not perform input error checking in this program. float SumSeries (int n) {

Write a function show_ascii that consumes a char and prints the character and its ASCII value on the same line separated by a space. The function should return nothing. The activity "20-scanf/01.c" may provide useful clues. For example: Test Result show_ascii('A'); A 65