This is a course in programming in C using Linux 1. Implement function ranges that takes no input and prints the ranges (i.e., the minimum and maximum legal values) of integer types char, short, int, long, and long long, both signed and unsigned. You should do this by printing appropriate constants defined in header file located in directory /usr/include. Your output should be similar to:

signed char minimum value: -128 maximum value: 127 unsigned char minimum value: 0 maximum value: 255 signed short minimum value: -32768 maximum value: 32767 ... (and so on)

Note: The conversion instructions for signed and unsigned long are li and lu, respectively. The conversion instructions for signed and unsigned long long are lli and llu, respectively. The minimum value for unsigned integers is always 0 and therefore not defined in header file . 2. Implement the factorial function in four different ways: using a for loop in factorial1, using a while loop in factorial2, using a do-while loop in factorial3, and using recursion in factorial4. Your output for the included test code should be:

factorial1(10) = 3628800 factorial2(10) = 3628800 factorial3(10) = 3628800 factorial4(10) = 3628800

3. Implement function types that takes no input, declares 3 variables of type char, 3 of type short, 3 of type int, and 3 of type double---in that order---and prints the addresses of the 12 variables---in the same order---in both hex (use %p conversion instruction) and unsigned int format.

&a1 = 0x7fff62b73e3f, 1656176191 &a2 = 0x7fff62b73e3e, 1656176190 &a3 = 0x7fff62b73e3d, 1656176189 &b1 = 0x7fff62b73e3a, 1656176186 &b2 = 0x7fff62b73e38, 1656176184 ...