i wish to make 35 using exactly 4 4's we can use any mathematical operator
for example to make 1 = 4-4 + (4/4)
impossible :-P
I concur!
i know till 34 but got real stuck at 35..
31 was also a real challenge if u want to give it a try
all odd nos. till 34 could be represented with 4 4's then why not 35?
25 = 4! + \[\sqrt{4}\] - 4/4
\(4!+\frac{44}{4}\).
\[34 = 4! + 4 + 4 + \sqrt(4)\] \[35 = 4! + \frac {4! - \sqrt{4}}{\sqrt{4}}\]
woahh... super mr math never thought of 44..
wow! is that allowed?
I specifically ignored that b/c I thought that was against the rules, but I never would have though of factorials
thought*
@TuringT: Your medals always level me up! :)
They're special like that :)
If we use 44, can we also use 0.4?
0.4 has a decimal .. 44 uses only 4's . but we can always bend some rules ;-D
0.4 has a decimal but sqrt(4) has a sqrt and 4! has a factorial just some food for thought ...
mever has got a point!
actually I think sqrt is against the rules since it is\[x^{1/2}\]
4!=4*3*2 :P
Well this is less defined than i thought :P
oh .. i dont kow what to say..
we have to use math operators and 4's
I think if we do not allow square roots and factorials, then the puzzle becomes very limited ... I think you can reach 100 with these rules. If you allow 0.4, then you can reach higher. Since it is just a game, set the rules with your friends and stick to them while having fun ...
! and sqrt are math operators ... Is the decimal a math operator ...?
if math operators are just */+ and - then it can't be don I guess
oh, and ^
is decimal a math operator??
no way
operators relate numbers together, right? decimal points just specify the number.
More food for thought: an operation is an action or procedure which produces a new value from one or more input values
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