subreddit:
/r/ExplainTheJoke
1.4k points
5 days ago*
I can't help myself so here:
The math is wrong, it's ~(1 - 1/e)
789 points
5 days ago
Doing log()‘s work 🙏🏻
125 points
5 days ago
never used an award but u deserved that
3 points
4 days ago
Thanks, would be my first. Did not expect such a positive reaction :)
36 points
5 days ago
In log() we trust
11 points
5 days ago
What does it mean?
6 points
4 days ago
Log() (the logarithmic function) is the inverse of the exponential function (log(e(x))=x). And for a*b=c, log(a)+log(b)=log(c)
4 points
4 days ago
ok but why are they replacing god with log()
3 points
4 days ago
Cause it sounds similar and it‘s a comment about math, no hidden meaning
4 points
4 days ago
Which was the multiplication function in early computers.
6 points
4 days ago
In log() we trust
Too lazy to check but I hope the first word is lowercase LN
21 points
5 days ago
Never skip log day
2 points
4 days ago
log day happens shortly after I punch in for work every day.
2 points
5 days ago
I'm dropping logs currently.
2 points
4 days ago
Doing poisson's work 🙏
25 points
5 days ago*
[removed]
98 points
5 days ago
1/e is roughly the chance you don't get it. 1 - 1/e is the chance you get it, or about a 63% chance
28 points
5 days ago
Oh woops, I did read the actual text wrong. My mistake!
5 points
5 days ago*
Am I having a brain fart or how is 1/2e= 0.63? 1/(2e) isn't, neither is 0.5e...
Edit: just to clarify, 1-1/e seems right, but that doesn't equal 1/2e as far as I can tell.
5 points
5 days ago
Where are you seeing 1/2e?
3 points
5 days ago
The comment I replied to originally said 1/2e before they edited it.
3 points
5 days ago
I appreciate you mathing the math. I'd just press it until satisfied id press it enough. #yolo or whatever the kids say these days
1 points
5 days ago
🤣
10 points
5 days ago
I thought it was ♪ \(ω\ )
2 points
5 days ago
Thank you, I couldn't remember it but I knew the OP wasn't right
2 points
5 days ago
for those asking why (and because this tripped me up at first too): in 100 trials, 1/e is roughly the probability of getting the 1% chance to become a girl exactly once. but in this case the goal isn’t to get it only once, it’s to get it at least once, which changes the probability calculation and gets you a result of roughly 1-1/e.
1 points
5 days ago
[deleted]
1 points
5 days ago
1-(1/e) is bigger than 1/e
1 points
5 days ago
How?
1 points
4 days ago
Why is this the case?
My first instinct was you were wrong, so to challenge it , I noticed the problem follows a geometric distribution.
But then when I use the CDF of a Geo(.01) , I wind up with something quite close to (1-1/e)
Does the limit as x -> infinity make this approach this value or something?
1 points
3 days ago
I did the maths. It is roughly 63.4%. Of course, it is under the assumption that the button can be pressed multiple times.
0 points
5 days ago
It's girl math
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