quarter , dime = 35 c
dime, dime, = 20
total 55 so far
nickel nickel = 10
there you go .,,, 1 q , 3 d 2 N= 65 c
3 nickles 5 dimes
65/5= 13 nickels
1 quarter, 2 dimes, 2 nickels, 10 pennies. It just takes a little trial and error.
100 cents = 1 dollar 5 x 20 cents = 1 dollar 5 x 13 = 65 Answer: there are 65 of 20 cents in $13
Well, isn't that a happy little challenge! You could make 65 cents using a combination of a quarter (25 cents), a dime (10 cents), and three nickels (15 cents). Just like painting, sometimes it's about mixing different elements together to create something beautiful.
3 nickles 5 dimes
65/5= 13 nickels
2 quarters, 1 dime, 5 pennies
3 quarters 2 dimes 5 peenies
The least amount would be 3 coins (half-dollar, dime, nickel) The most would be 65, all pennies.
1 quarter, 2 dimes, 2 nickels, 10 pennies. It just takes a little trial and error.
One way for 16 Australian coins to equal 95 cents is as follows: * 13 5c coins and 3 10c coins 13 x 5 = 65 3 x 10 = 30 30 + 65 = 95 cents
100 cents = 1 dollar 5 x 20 cents = 1 dollar 5 x 13 = 65 Answer: there are 65 of 20 cents in $13
Well, isn't that a happy little challenge! You could make 65 cents using a combination of a quarter (25 cents), a dime (10 cents), and three nickels (15 cents). Just like painting, sometimes it's about mixing different elements together to create something beautiful.
13 nickels, 1 half-dollar, 1 quarter, and 1 dime. 13 x 5=65 cents, 65 cents + 50 cents + 25 cents + 10 cents = 1.50 dollars using only 16 coins.Hope I helped :-)
68
To find the number of ways to make 65 cents using quarters (25 cents), dimes (10 cents), nickels (5 cents), and pennies (1 cent), you can use a combinatorial approach or a generating function. The solution involves considering all possible combinations of these coins that sum to 65 cents. However, calculating the exact number of combinations requires either programming or extensive enumeration of cases, which can be complex without specific tools. Therefore, the exact number of combinations can vary, but it is generally calculated using systematic counting or computational methods.