#This problem will make use of the TheaterTicket class you wrote

#in Problem $1.$ You can copy$/$paste it into this problem if you want

#to$,$ but you don't need to$.$ When you click Submit, your code will

#be tested with our TheaterTicket class.

#

#Write a function called find$\_$best$\_$ticket. find$\_$best$\_$ticket should

#have three parameters: a list of available tickets $($a list of

#instances of the TheaterTicket class$),$ a quantity $($an integer$),$

#and a budget $($an integer$).$

#

#find$\_$best$\_$ticket should return the price of the most expensive

#tickets available from the list that is less than or equal to

#the given budget for the given quantity of tickets. If there are no

#available tickets that come under the budget for the given quantity,

#find$\_$best$\_$ticket should return False.

#

#As a reminder, every instance of TheaterTicket has a method called

#get$\_$ticket$\_$price. get$\_$ticket$\_$price has one parameter, a quantity.

#get$\_$ticket$\_$price returns the cost of the given quantity of that

#ticket. For example, if quantity is $5$ and budget is $500,$ then the

#function would return the largest number to result from calling

#get$\_$ticket$\_$price$(5)$ from each instance in the list of TheaterTicket.