Question

how can i get the answer 24 by using the numbers 8,8,3,3

Answer 1

what operation are you allowed to use?

Answer 2

im getting 24.333

Answer 3

you can do\[\large (\sqrt{8 \times 8})(\sqrt{3 \times 3})\]

Answer 4

is it multiplication ?

Answer 5

i think it's a riddle...

Answer 6

well what i said is all i can think of @shaziazafar =))

Answer 7

if it is :square root of multiplication of the numbers then :
\[\large{\sqrt{8\times 8\times 3 \times 3}}\]
\[\large{\sqrt{8^2\times 3^2}}\]
\[\large{\sqrt{8^2}\times \sqrt{3^2}}\]
\[\large{8^{{\frac{1}{2}}*2}\times 3^{{\frac{1}{2}}*2}}\]
\[\large{8^{\frac{\cancel{2}^1}{\cancel{2}^1}} *3^{\frac{\cancel{2}^1}{\cancel{2}^1}}}\]
\[\large{8*3=24}\]

Answer 8

"Operation matters a lot"

Answer 9

Didn't @lgbasallote had same?

Answer 10

@lgbasallote as per the question of @shaziazafar he asked for the operation..

Answer 11

what i did was operation =_=

Answer 12

and there was also no specification of operation

Answer 13

So the answer is : square root of multiplication of the numbers

@saifoo.khan I represented the whole way thanks!!

Answer 14

I agree i think that the asker must have explained what he wanted as the answer..

Answer 15

that's what made his answer better

Answer 16

maybe if i do \[(\sqrt{8 \times 3}) \times(\sqrt{3 \times 8} )\implies \sqrt {24} \times \sqrt{ 24} \implies \sqrt{24 \times 24} \implies \sqrt{(24)^2} \implies 24\]
i'll have a good answer too :o

Answer 17

:D ... You have best response dude:)

Answer 18

"good answer" literally lol..not the medal

Answer 19

:D .. sorry for misunderstanding

Answer 20

actually... 8 + 8 + 3 + 3 = 22

Answer 21

oops...

Answer 22

\[3\times8=24\]