(15 pts) 1. Take the last two digits of your UTEP ID number (80 number) and call it m (for example, m=78) If it is less than 10, then choose any two digit number for m that is bigger than 20. (a) Find the binary floating-point representation and machine representation in IEEE double precision format for m by hand. (b) Using MATLAB command format hex, confirm your answer in (a). (Hint: see the example of (2.6)-(2.7) on page 37 ) (c) To generate overflow and underflow errors on your computer, write a MATLAB program to evaluate m" and for n = 1,2,3,4,... Eventually, you will exceed your machine's exponent limit for floating-point numbers. Find the smallest n that causes an overflow error. Do the same for an underflow error, Note: write your program in such a way that it prints only the number n that gives you the overflow and underflow errors. Do not print all the intermediate values m" orm (15 pts) 1. Take the last two digits of your UTEP ID number (80 number) and call it m (for example, m=78) If it is less than 10, then choose any two digit number for m that is bigger than 20. (a) Find the binary floating-point representation and machine representation in IEEE double precision format for m by hand. (b) Using MATLAB command format hex, confirm your answer in (a). (Hint: see the example of (2.6)-(2.7) on page 37 ) (c) To generate overflow and underflow errors on your computer, write a MATLAB program to evaluate m" and for n = 1,2,3,4,... Eventually, you will exceed your machine's exponent limit for floating-point numbers. Find the smallest n that causes an overflow error. Do the same for an underflow error, Note: write your program in such a way that it prints only the number n that gives you the overflow and underflow errors. Do not print all the intermediate values m" orm