25 cent and 10 cent and 1 cent
penny dime quarter
4*9 = 36 coins.
35.63 cents = 36 cent (to the nearest cent).35.63 cents = 36 cent (to the nearest cent).35.63 cents = 36 cent (to the nearest cent).35.63 cents = 36 cent (to the nearest cent).
1 cent is 1 hundredth of a dollar so 36 cents are 36 hundredths of a dollar.
Depends on your definition of "Sets of Coins"if this means combinations of units of currency the answer is Two (2):1) 6 quarters = 1.502) 5 quarters, 2 dimes, and 1 nickel = 1.50if each individual coin is treated as a unique item then option 2 becomes 36 different options:6 different quarters could be excluded3 different dimes could be excluded2 different nickels could be excludedfor 6x3x2 = 36 combinations +1 (the 6 quarter method)=37 sets of coins.
22
quarter, dime, penny. (It only works with US coins.)
It depends on the currency and so the coinage. For example, there are 20 (Euro) cent coins but not 20 US cents.
penny dime quarter
4*9 = 36 coins.
All the multiplication combinations for 36 is ... 1x36,2x18,3x12,4x9,6x6.And that is all of them and they are in order.
36
There are 1,947,792 combinations of 6 numbers out of 36 numbers.
36
It's: 3 Dimes - $0.30 1 Nickel - $0.05 1 Penny - $0.01 $0.30 + $0.05 + $0.01 = $0.36 Good Luck, Yaro
+67 cents
you cam make 36 different combinations.Ans 2.If you roll one dice twice, there are 36 combinations, if and only if you count 1,2 as different from 2,1.If you are rolling two dice (at once) there are only 21 different combinations !