Use your understanding of binary and how numbers are stored above to evaluate machine 3 pts precision in MATLAB, which (recall) is defined as the difference between 1 and the next largest storable number. (just type eps in MATLAB to confirm). Show your work! Start with working in binary, and show me how you get to a base-10 value for e. Compare your value to the value eps in MATLAB. If different, explain the difference. (Hint: there better not be a difference! If there is, go back and see where you went wrong above.) How does the number 2^-52 go to 2.22^-16 in a transfer of binary to decimal

Use your understanding of binary and how numbers are stored above to evaluate machine precision in MATLAB, which (recall) is defined as the difference between 1 and the next largest storable number. (just type eps in MATLAB to confirm). Show your work! Start with working in binary, and show me how you get to a base-10 value for . Compare your value to the value eps in MATLAB. If different, explain the difference. (Hint: there better not be a difference! If there is, go back and see where you went wrong above.)