Write a program, ch$2\_$p$1.$py$,$ that gets a float from the user using the input$()$ function

representing the total of a restaurant bill. Then, calculate a $18\%,20\%,$ and $25\%$ tip on the bill as well

as the total amount for each including the tip. Format your output as shown below, including rounding

all floating$-$point numbers to $2$ decimal places and a tab between the tip amount and word $$Total$.$

You are trying to make Lemon Drop cocktails, but the recipe is written in ounces and you do not own

a jigger $($a cocktail measuring cup that measures in ounces$).$ Write a program, ch$2\_$p$2.$py$,$ that

converts the recipe from ounces to tablespoons. There are $2$ tablespoons in $1$ ounce. Then, using the

input$()$ function, ask the user how many cocktails they want to make and adjust the tablespoons

version of the recipe. Finally, print out the adjusted recipe to the user $($in tablespoons$)$ for their desired

number of cocktails. Utilize constants to store the ounce amounts of each ingredient as floats.

Write a program, ch$2\_$p$3.$py$,$ that gets two integers from the user using the input$()$

function and performs the modulo operation on the two integers without using the mod

operator $(\%).$ Use only other math operators $($addition$,$ subtraction, division, integer division,

and$/$or exponent$)$ to calculate the result of the mod operator with the user$$s chosen integers.

Print both your calculation and the calculation using the mod operator for comparison.

SUBMISSION

PROGRAM $2$

PROGRAM $3$

PROGRAM $1$

Submit your ch$2\_$p$1.$py$,$ ch$2\_$p$2.$py$,$ and ch$2\_$p$3.$py files to the

Chapter $2$ Homework Programs: Input, Processing, and Output assignment on Canvas.

Enter bill total: $$63\mathrm{.}85$

$18\%$: $($Tip $$11\mathrm{.}49$ Total: $$75\mathrm{.}34)$

$20\%$: $($Tip $$12\mathrm{.}77$ Total: $$76\mathrm{.}62)$

$25\%$: $($Tip $$15\mathrm{.}96$ Total: $$79\mathrm{.}81)$

How many Lemon Drops to make: $2$

To make $2$ Lemon Drop$($s$),$ mix:

$*8\mathrm{.}0$ tbs of vodka

$*2\mathrm{.}0$ tbs of triple sec

$*4\mathrm{.}0$ tbs of lemon juice

$*4\mathrm{.}0$ tbs of simple syrup

Enter first integer: $10$

Enter second integer: $3$

My Calculation: $10\%3=1$

Mod Operator Calculation: $10\%3=1$

EXAMPLE OUTPUT

EXAMPLE OUTPUT

EXAMPLE OUTPUT

ENTER

ENTER

ENTER

ENTER

LEMON DROP RECIPE:

$2$ ounces of vodka

$1/2$ ounce of triple sec

$1$ ounce of lemon juice

$1$ ounce of simple syrup

Don$$t worry about negative

values. Assume the user will only

enter positive whole numbers