Answer:
penny = int(input("Enter number of pennies: "))
nickel = int(input("Enter number of nickel: "))
dime = int(input("Enter number of dime: "))
quarter = int(input("Enter number of quarter: "))
def get_total(penny, nickel, dime, quarter):
total = ((1 * penny) + (5 * nickel) + (10 * dime) + (25 * quarter))/ 100
print (f"The total amount is {total}")
def get_dollars(penny, nickel, dime, quarter):
dollar = ((1 * penny) + (5 * nickel) + (10 * dime) + (25 * quarter))// 100
print (f"The dollar part is ${dollar}")
def get_left_over_cent(penny, nickel, dime, quarter):
cent = ((1 * penny) + (5 * nickel) + (10 * dime) + (25 * quarter)) % 100
print (f"The left over cent is {cent} cents")
get_total(penny, nickel, dime, quarter)
get_dollars(penny, nickel, dime, quarter)
get_left_over_cent(penny, nickel, dime, quarter)
Explanation:
In the United States, these coins have following values:
Quarter= 25 cents
Dime= 10 cents
Nickel= 5 cents
Penny= 1 cent
The first line collect an input from the user, convert to integer and assign to penny.
The second line collect an input from the user, convert to integer and assign to nickel.
The third line collect an input from the user, convert to integer and assign to dime.
The fourth line collect an input from the user, convert to integer and assign to quarter.
Based on the above definition of penny, nickel, dime and quarter; we defined the various function.
First the get_total function was defined and the total amount was calculated and assigned to total, then the total was output to the user.
Then, the get_dollars function was defined and the dollar part was calculated through dividing the total by 100. (100 cents = $1). The dollar was also output to the user.
Then, the get_left_over_cents function was defined and the cent was calculated by finding the remainder when the total is divided by 100 (cent = total % 100). The symbol "%" represent modulo and is used to find remainder of a division operation.
