4! + sqrt(4) - (4/4) = 25
You can make twenty-five using four fours with the following expression: ( 4 \times 4 + 4 + \frac{4}{4} ). Here, ( 4 \times 4 ) equals 16, then you add 4 to get 20, and finally, adding ( \frac{4}{4} ) (which is 1) gives you 25.
There are 25 fours in 100 (4 x 25 = 100)
4! + [(4*4)/4^2]
4! + (4/4)^4
You can make 25 cents with a number of combination of coins. You could use two dimes and a nickel. You could use five nickels. You could use 25 pennies. There are other combinations as well.
No, use 25 4s.
5 x 5 = 25... 25 + 5 = 30.... 30 / 5 = 6.
There are 25 fours in 100 (4 x 25 = 100)
4! + [(4*4)/4^2]
4 quarters make one. ¼+¼+¼+¼=1. Also four quarters make a dollar: 25¢ + 25¢ + 25¢ + 25¢ = $1.00
To make 25 using four fives, you can use the following mathematical expression: (5 + 5) x (5 - 5) = 25. This equation breaks down as follows: first, add two fives to get 10, then subtract another five to get 5. Finally, multiply the result by the remaining five to achieve a total of 25.
It takes four trees to make one gallon of syrup; if it takes 100 to make 25, that is four trees per gallon.
Four 2s make 8, so 25% is your answer
4! + (4/4)^4
To make 89 cents, you can combine different denominations of coins. For example, you could use one quarter (25 cents), three dimes (30 cents), and four pennies (4 cents). Another way is to use one half-dollar coin (50 cents), one quarter (25 cents), one dime (10 cents), and four pennies (4 cents) to make a total of 89 cents.
You can make 25 cents with a number of combination of coins. You could use two dimes and a nickel. You could use five nickels. You could use 25 pennies. There are other combinations as well.
No