25 cents = 0 = $0.00
10 cents = 3 = $0.30
5 cents = 1 = $0.05
1 cent = 15 = $0.15
total coins = 19 = $0.50
19 cents
To find the greatest number of 42-cent stamps you can buy with 8 dollars, first convert 8 dollars to cents, which is 800 cents. Then, divide 800 cents by 42 cents per stamp: 800 ÷ 42 ≈ 19.05. Since you can't purchase a fraction of a stamp, the greatest number of 42-cent stamps you can buy is 19.
It is: 23*19 = 152
2 3 5 7 11 13 17 19 23 29
3 and 19
To make a dollar with 19 cents, you can add 81 cents to your 19 cents. This can be achieved by finding coins or bills that total 81 cents, such as one half-dollar (50 cents), one quarter (25 cents), and one nickel (5 cents), or using smaller denominations. Alternatively, if you're looking for creative ways, you could sell something for a dollar and keep the 19 cents as your profit.
One 50 cent piece, 3 dimes, 15 pennies
not with todays coins.... when they had 2 cent pieces etc yes
Use 1 dime, 5 nickels and 13 pennies. (10 + 25 + 13 = 48 )
The first thing that comes to mind is one dime and 18 nickels. That would be .10 + .90 = 1.00 in 19 coins.
19
6-19-11>>> So common most are worth 3 cents up to a dime for circulated coins with uncirculated coins at 25 to 50 cents
One Dime Eighteen Nickels 1x10=10 18x5=90 10+90=100
6
One way of doing this is with 19 ten-cent coins and 10 one-cent coins.
Eggs were 19 cents a dozen in 1947
To make 24 cents in change, you can use various combinations of pennies (1 cent), nickels (5 cents), dimes (10 cents), and quarters (25 cents). The different combinations include using different amounts of each type of coin, such as 24 pennies, 19 pennies and one nickel, or 2 dimes and 4 pennies, among others. The total number of combinations can be calculated using systematic counting or generating functions, but it typically results in over 20 unique combinations.