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Man You have TWO vars and one constant.. n and x could be anything.

if we can assume it then let n be 1/6 and x should be 90 then

1/(1/6) * sin90 = 6, or let it be any other numbers that fulfill the equation

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Man You have TWO vars and one constant.. n and x could be anything.

if we can assume it then let n be 1/6 and x should be 90 then

1/(1/6) * sin90 = 6, or let it be any other numbers that fulfill the equation

the n's negate each other...leaving 1*six=6

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Man You have TWO vars and one constant.. n and x could be anything.

if we can assume it then let n be 1/6 and x should be 90 then

1/(1/6) * sin90 = 6, or let it be any other numbers that fulfill the equation

They cannot be anything:

First of all, n cannot be zero (otherwise you are in trouble. Why??).

Second of all, if you multiply both equations by "n" you get

Sin x = 6n.

The later equation only has (real) solutions when |n| <=1/6 (Infinitely many as a matter of fact).

Thus you must have (in order for the problem to be solved in a lets say "more standard" mathematical way) the constraint

0 < | n | <= 1/6

P.S. If you have

| n | > 1/6

then you still have infinitely many (complex) solutions. :P

Granted, this eliminates one part of the constraint but we still have the other: n cannot be zero -_-

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They cannot be anything:

First of all, n cannot be zero (otherwise you are in trouble. Why??).

Second of all, if you multiply both equations by "n" you get

Sin x = 6n.

The later equation only has (real) solutions when |n| <=1/6 (Infinitely many as a matter of fact).

Thus you must have (in order for the problem to be solved in a lets say "more standard" mathematical way) the constraint

0 < | n | <= 1/6

P.S. If you have

| n | > 1/6

then you still have infinitely many (complex) solutions. :P

Granted, this eliminates one part of the constraint but we still have the other: n cannot be zero -_-

After you have sin x=6n---divide each side by n leaving six=6 not real math but i think thats the point of the riddle

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Well I was thinking Mathematical way expecting sinx to be sinx and can't remove the n just like that ...

but that's a good one

and yomero7, I didn't say any numbers. I said the numbers for both n and x that fulfill the equation..

well see you all

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