To make 33 using just four fours, your solution is: (4 - .4) / .4 + 4! To break this down into individual steps, this works out as follows: 4 - .4 = 3.6 / .4 = 9 + 4! = 33. You can also make 33 using three fours. 4! + 4 / 4` The ` sign, similar to a grave accent, turns the number in question into a recurring decimal - in other words, four ninths. Don't forget to apply the rules of BODMAS, whereby you apply the division before you apply the addition in the sum. Therefore: 4 / (4/9) + (4 x 3 x 2 x 1) = 33.
how do i make 17 using only 2 4 6 8
4+4-(4/4)
4+4+(4-4) = 4
44-4/4
One possible way: Make a 10 using five 4s as follows: 4 + 4 + (4 + 4)/4 = 10 Make another two 10s using five 4s in each. Multiply these three 10s.
if you want to make eleven using only four 4s, this is the answer 4/.4+4/4(=10 + 1= 11) TA DA !
The answer is 4! - [(4+4)/4]
4! - sqrt 4 + 4/4
(4x4)-(4/4) = 15
It could be: 4+4+4-4/4 = 11
4+4+4x4 by the power of 0.
4/.4 + 4/4 [= 10+1 = 11]
4! - 44/4 = 24 - 11 = 13
To make 33 using just four fours, your solution is: (4 - .4) / .4 + 4! To break this down into individual steps, this works out as follows: 4 - .4 = 3.6 / .4 = 9 + 4! = 33. You can also make 33 using three fours. 4! + 4 / 4` The ` sign, similar to a grave accent, turns the number in question into a recurring decimal - in other words, four ninths. Don't forget to apply the rules of BODMAS, whereby you apply the division before you apply the addition in the sum. Therefore: 4 / (4/9) + (4 x 3 x 2 x 1) = 33.
4! - sqrt(4)*sqrt(4)/4 = 23
(44 - 4)/4