Assume the pig is spherical, frictionless and ignore wind resistance.
49 0 ReplySo a spherical pig in a perfect vacuum?
Yeah we have those on aisle 6.
16 0 ReplyAisle
8 0 Reply
Tried to replicate by subtracting pi from a police officer, but all I got was a type error and a night in jail.
32 0 ReplyNot the olce offcer
3 0 Reply
A pig without pie is gravity? What am I missing?
22 0 Replypi = 3.14
g = 9.8 m/s^2
pig39 0 ReplyWow. Thank you for explaining but that was a lot less funny than I was expecting
42 0 ReplyAhhh thank you!
2 0 Reply
A pig without (3.14 AKA pi) = g
G is gravity which is 9.8 metres per second on earth
For anyone not sober wondering wtf this meant.
20 0 ReplyI am not sober thank you
9 0 Reply
be me
"... a pig without pi is ... gravity... no...
a pig without pi is... heavy?...
Oh..."
20 0 ReplyMy friend still doesn't get it...
16 0 ReplyMine doesn't get it either and, uh... it's soooooo easy and obvious that I don't know how to explain. Yeah.
10 0 Reply
same here lol
1 0 Reply
So pig = ~30.8
11 0 ReplyCan also be 12.84
6 0 ReplyI don't get it :(
3 0 Reply
pi + g = https://youtu.be/iK6SS8CXYZo
3 0 Reply
I get half of the joke, but completely lost on the second half, and title.
7 0 ReplyFor explanation of Title: Actually most of the time I take g as 10 in numericals and give answer in approx.
4 0 Replypig
pi g
The number pi, earth gravity 3.14..., ~9.8m/s²
Pig without 3.14 is 9.8
3 0 Reply
A pig without 3.14 is (0.0015926...) * 9.8
7 0 Reply10 and √10
6 0 ReplyYou have my upvote, but please, don't do it again.
5 0 Reply
Reluctant upvote
5 0 Replyeager downvote
4 0 Reply
You mean pig without 3 is 10.
4 0 ReplyFind the accelaration
3 0 ReplyI don't know why that took me a second...
3 0 Reply