Challenge $2$: Can we program it$?$

Knightro saw how hard you ended up working today. It is crazy that you were able to do all that by hand! Knightro heard you were taking a computer science class and thought that you might be able to help him with the software he was using. He has noticed there are a few bugs and some lines that are missing. He has asked you to help him fix his code.

Here are the procedures from the previous challenge.

Meals are $$12\mathrm{.}50$ unless you are a student, and then it is $$8\mathrm{.}95$

For groups of $8$ people or more, we no longer look at how many students are a part of the group. We just charge everyone $$10\mathrm{.}25.$

Pizza takes a while to cook. But the good thing is we can cook them at the same time. The oven stores one and a half pizzas at a time, and we can feed the oven $($think conveyor belt$)$ constantly. If we cook one pizza, it will take $10$ minutes, and each pizza after the first takes $5$ minutes more. So if we cook $4$ pizzas, it would be $25$ minutes.

We want at least $50$ forks available to guests. If the number of forks falls below $50,$ we will add $100$ forks to the holder.

Flag question: Question $1$

Question $12$ pts

Knightro wants you to focus on the total cost people will pay when they come in$.$ He already stores the number of non$-$students in a variable called people and students called students.

Write a single line of code that will store the total price the group will pay and store the result in the variable, total.

HINT: Make sure you leave the trailing zero in the price of the meal in your answer.

Flag question: Question $2$

Question $22$ pts

Since Knightro is storing the number of non$-$students and students in variables: people and students. Write an if statement that will determine if the group is large enough for a group discount.

Flag question: Question $3$

Question $32$ pts

Knightro assumes that the variable pizzas will be $1$ or greater. He wants to write a line of code that will determine the total time it will take cook. Store the result as total$\_$time.

Flag question: Question $4$

Question $44$ pts

Knightro has written a variable called forks. It stores the number of forks in the holder. Write two lines to determine if we need to add forks, then add the forks to the holder.

Line $1$:

Line$2$: