int i $=3,$ j $=10$;

double x $=9\mathrm{.}9,$ y $=-0\mathrm{.}6$;

To help, $3$ as an $8-$bit binary number is $000000112$ and $10($ten$)$ as an $8-$bit binary number is $000010102.$ Further, use the following to print a value in binary:

#include $//$ just under the include in iostream

$//$ prints in binary

cout $<<$i $<<2$ is: $<<$ std::bitset$<8>($i$<<2)<<$ endl;

$\_\_$ i $/$ j

$\_\_\_$ i $\%$ j

$\_\_\_$ j $/$ i

$\_\_\_$ j $\%$ i

$\_\_\_$ x $*$ i $/$ j

$\_\_\_$ x $*($ i $/$ j$)$

$\_\_\_$ x $/$ y $+$ i

$\_\_\_$ j $+$ y $/$ x

$\_\_\_$ static$\_$cast $($i$)/$ j $+$ y

$\_\_\_$ x $/($ y $+$ i $)$

$\_\_\_($j $+$ y$)/$x

$\_\_\_$ i $|$ j

$\_\_\_$ i & j

$\_\_\_$ i $<<2$

$\_\_\_$ j $>>3$

Then, write a C$++$ program in a file called pp$1$c$.$cpp with a main function that computes the values above and prints them. Remember to see the test to ensure the program prints all output that is required. Are the values you determined on paper correct?