b. (10 points) In this part you will flesh out the definition of a C function zeroOutByte whose specification is given in the comment above the code skeleton below. the Bits This is like one of the functions from your Bits assignment. However, unlike assignment, in this problem you must *not* use any C implementation to test your work. You must follow all of the rules from the bits assignment in your code - i.e., no literal constants larger than one byte are allowed; no use of the Ob notation; no helper functions; no use of control constructs such as if, do, while, for, switch; no use of any operators other than the ones explicitly listed as legal in the function description; etc. Strive to make the definition of your function as clear as possible. It's a good idea to de- compose your function by introducing well-named local variables, each of which does some small amount of work. Use comments to explain aspects that are nonobvious. /* * zeroOutByte: between 0 (LSB) and 3 (MSB), inclusive. * Assume n is byte number * zeroOutByte (x, n) returns an integer that is a version of x * in which the the nth byte has been replaced by 0x00. * *For example: zeroOutByte (0x12345678, 0) should return Ox12345600 zeroOutByte (0x12345678, 1) should return Ox12340078 zeroOutByte (0x12345678, 2) should return 0x12005678 zeroOutByte (0x12345678, 3) should return 0x00345678 * * * * EX * ak */ Legal ops: ! ~ & | + < < >> Max ops: no limit int zeroOutByte (int x, int n) {