A Conversation for The Myth Of 42 [(5-3+0+5) * (6+0) = 42]

1090000 solved!!!!!

Post 1

mathsmoose

The answer involves the prime factorial function, #, which is like ! but only primes. 10#=7^5^3^2

10# / (9-0!-0!-0!-0!) = 7^5^3^2/5 = 42


1090000 solved!!!!!

Post 2

Jeremy (trying to find his way back to dinner)

Why not
-1-0!+90/(0!+0!)-0! = 42

(relatively) staight and simple ... smiley - winkeye

Jeremy


1090000 solved!!!!!

Post 3

AK - fancy that!

...because you only add zeros so that it'll be 6 digits, not 7.
...because invtan(1)+0-sqrt(9)+0+0+0=42 works


1090000 solved!!!!!

Post 4

Argon0 (50 and feeling it - back for a bit)

Who is user 1090000?

We only add 0s in FRONT of the number....

Can anyone point to a definition of Prime Factorial... The closest I could find was a conjecture to do with Factorials of Primes...

Not saying that a non-prime number can have a smiley - erm factorial that is made up of the Prime Numbers less than it...

Oh, and surely 7^5^3^2^1 would be 10# by your definition... = 22539340290692258087863249....

Or did you mean to type 7*5*3*2*1 = 210


1090000 solved!!!!!

Post 5

Argon0 (50 and feeling it - back for a bit)

Which does work your way....


1090000 solved!!!!!

Post 6

AK - fancy that!

hm yes perhaps


1090000 solved!!!!!

Post 7

Argon0 (50 and feeling it - back for a bit)

Huh...

If there was a usernumber 1090000 that is...


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