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Three fours and one half of 4
Or if you mean using only fours and operation signs you develop methods like this:
42 - 4 + (4/4) = 13.
In words, four squared (16) take 4 (12), + the sum of 4/4, which is one (13).
Obviously, being an Prime number, 13 doesn't fit equally into four, so use a combination of different mathematical symbols to change four into many other numbers:
42 = 16
Square Root of four = 2
4! (four factorial) = 24
43 = 64
4/4 = 1
4 + 4 = 8
Combinations of these can be used to make the 13 you're after.
answer is (4! * √4 + 4) \ 4.
(4! * √4 + 4) \ 4.
= (24*2+4) \ 4
= (48+4) \ 4
= 52 \ 4
= 13
Oh, dude, making 13 with four 4s? Easy peasy lemon squeezy! You just do 4 + 4 + 4 + 4 - 4/4. Boom, there you go, 13! Like, math is a piece of cake, right?
4! / √4+(4/4)
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How can you make 13 using only 4 4s?
4! - 44/4 = 24 - 11 = 13
How do you make 64 with four 4s in math?
(4+4)*(4+4)=8*8=64
How do you make 10 using four 4s and only plus - x and division?
(44 - 4)/4
How many ways to make 15 using only four 4s?
(4 * 4) - (4/4) equals 15.
How do you get 100 only using four 4s?
44 divided by .44
How can you make 13 using only 4 4s?
4! - 44/4 = 24 - 11 = 13
How do you make 22 using four 4s?
The answer is 4! - [(4+4)/4]
how to make 15 using four 4s?
(4x4)-(4/4) = 15
How do you make 23 by using four 4s?
4! - sqrt 4 + 4/4
How do you make 12 using four 4s?
4+4+4x4 by the power of 0.
What is the probability of drawing a 4 in a stack of 25 cards?
It rather depends on how many 4s there are in the stack. It's (however many 4s there are) to 25. If you had a standard pack of playing cards then there are 52 cards of which four are 4s, so your odds are 4 in 52, or 1 in 13.
How do you make 64 with four 4s in math?
(4+4)*(4+4)=8*8=64
How do you make 11 using four 4s?
4/.4 + 4/4 [= 10+1 = 11]
How do you make 10 using four 4s and only plus - x and division?
(44 - 4)/4
How do you make 35 with four 4s?
44/4 + 4! = 11 + (4x3x2x1) = 11 + 24 = 35
What is the probability of drawing a 4 or a club in a deck of cards?
In a standard 52 card deck, there are 13 clubs and 4 4s. However, the four of clubs is in both lists, so this represents only 16 distinct cards (the 13 clubs, and the 3 other 4s). The probability of drawing one of these 16 cards is 16/52, or 4/13.
Using four 4s as an equation make 23?
4! - sqrt(4)*sqrt(4)/4 = 23
