$($CANNOT USE LOOPS OR IF$/$ELSE STATEMENTS $2$ points$)$ Write a function cad$\_$cashier$($price$,$payment$)$ that takes two real non$-$negative numbers

with two decimal places as input, where payment$>=$price and where the second decimal in

payment is $0$ or $5.$ They represent a price and payment in Canadian dollars. The function should

return a real number with $2$ decimal places representing the change the customer should get in

Canadian dollars. Recall that in Canada, while the prices are expressed in pennies, the change is

based on rounding to the closest $5$ cents. See the examples in Section $2$ for clarification and

examples on how your function must behave.

$(5$ points$)$ Suppose that a cashier in Canada owes a customer some change and that the cashier

only has coins ie$.$ toonies, loonies, quarters, dimes, and nickels. Write a function that determines

the minimum number of coins that the cashier can return. In particular, write

a function min$\_$CAD$\_$coins$($price$,$payment$)$ that returns five numbers $(t,l,q,d,n)$ that represent

the smallest number of coins $($toonies$,$ loonies, quarters, dimes, and nickels$)$ that add up to

the amount owed to the customer $($here price and payment are defined as in the previous

question$).$ You program must first call cad$\_$cashier function, from question $13,$ to determine the

amount of change that needs to be returned. Then before doing anything else, you may want to

convert this amount entirely to cents $($that should be of type int$).$ Once you have the total

number of cents here are some hints on how to find the minimum number of coins.