$10$ points $-$ comment statements to document each program

$10$ points $-$ use of descriptive variable names in each program

$($beangame$)$ Create a program to estimate the number of jelly beans in a jar. Assume the jar is a cylinder. You may also assume the jellybeans are cylinders that measure $2$ cm long by $1\mathrm{.}5$ cm diameter $($or $0\mathrm{.}75$ cm radius$).$ VolumeOfCylinder $=3\mathrm{.}14159*$ height $*$ radius$2$

radius$2$ can be represented as pow$($radius$,2)$ or radius $*$ radius

Use the pow function since this is about modules$/$functions$.$ Use

#include

in your program. It is the library that has the pow $($power$)$ function.

$10$ points $-$ correct include libraries

$10$ points $-$ correct use of pow function

$($pick$3)$ Create a pick $3$ lottery helper program to select a set of lottery numbers for the user. The program should randomly pick three single$-$digit numbers from $"0"$ to $"9"$ and display them on the screen. Duplicate numbers are allowed. It should also calculate and display the "sum it up$"$ value by adding the three numbers together.

Use number$1=$ rand$()\%($max $-$ min $+1)+$ min; with $0$ as the min and $9$ as the max for this problem. The following example code picks and displays a number from $1$ to $100.$

#include $.$

#include

#include

int main$()$

$\{$

int number$1$;

srand$($time$(0))$;

$//$randomize the number generation

number$1=$ rand$()\%100+1$;

cout $<<$ "The computer picked number $"<<$ number$1$;

return $0$;

$\}$

$10$ points $-$ correct use of rand function

$10$ points $-$ correct output

$($guess$)$ Write a program that accepts a number as a guess between $1$ an $100$ as input and outputs if the guess is "too high", "too low", or "correct". When the guess is correct the program should output how many guesses it took.

$10$ points $-$ correct use of loop statement

$10$ points $-$ correct use of if statements

$10$ points $-$ correct #include statements

$10$ points $-$ correct outputs