(5*11)-5+5-5+5 I am sure that the number 11 is not allowed in this question. How about this: 5! - 55 - (5+5) = 55 For clarity, 5 factorial or 5! = 1x2x3x4x5 = 120
This means we have 5 groups of 55.5 x 55 = 55+55+55+55+5555+55+55+55+55 = 2755x55 = 275
The numerals 5 5 5 5 can be arranged as 55 + 5/5 = 56.
2 quarters, 5 pennies
To make 55 cents using 12 coins, you could use 3 quarters (25 cents each), 1 nickel (5 cents), and 8 pennies (1 cent each). This combination adds up to 75 cents from the quarters, 5 cents from the nickel, and 8 cents from the pennies, totaling 55 cents.
(55 / 55) + (55 / 55) x 5 = 10
It could be: (5*5)+(5*5)+5 = 55
5(5+5)+5=5(10)+5=50+5=55
1, 5, 11, 55.
The only solution that I know of is a bit of a cheat:5*(5 + 5) - 5/(.5 recurring).
55 + 5 x 5 = 55 + 25 = 80
55 + 5/5 = 56
No. iPhone 5 is not better than the iPhone 4S.
55 + 5/5
One possibility is 55 + 5*5 = 55 + 25 = 80
To get 55 without addition or subtraction you need to use multiplying and dividing. 5*11=55 550/10=55
(5*11)-5+5-5+5 I am sure that the number 11 is not allowed in this question. How about this: 5! - 55 - (5+5) = 55 For clarity, 5 factorial or 5! = 1x2x3x4x5 = 120