10 stolen memes of fun volume 12

Apr 1, 2022 3:09 PM

drpuffypants

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exactly

the guy looks like he would talk in riddles

dam that’s not coming out

I would buy ten and place them in top of my ten roombas

that’s really cool I want one

nothing suspicious here

honestly I’m fine with that I hate people

it says we don’t see this often. that means it has happened before

I saved this right when the vaccines were coming out

math answers all questions in life

#5 I need a scale next to the knife scale.

4 years ago | Likes 1 Dislikes 0

#5 vintage meme

4 years ago | Likes 2 Dislikes 0

#4 does it fire the whole bullet?

4 years ago | Likes 1 Dislikes 0

5 feet/sec

4 years ago | Likes 1 Dislikes 1

Ah, indifferential calculus

4 years ago | Likes 1 Dislikes 0

well if that isn't the most Bostonian way of spelling Lasagna

4 years ago | Likes 10 Dislikes 0

I heard Peter Griffin lol

4 years ago | Likes 2 Dislikes 0

They would be 25.49 ft after 5 seconds

4 years ago | Likes 24 Dislikes 0

Their distance at any one moment from each other is (26x^2)^.5 then the derivative of that is 26^.5*2*x, so plug in 5 for ~50.99 I think

4 years ago | Likes 3 Dislikes 0

You're thinking about it as a line, but one is going north and the other east. So use pathagorians a^2+b^2=c2 and c would be the hypotenuse

4 years ago | Likes 2 Dislikes 0

Wait I see whatchu did there please disregard that last comment. I just focused on on the 26

4 years ago | Likes 3 Dislikes 0

So a couple notes... it asks how fast they are separating not how far apart they are. And I don't think the answer can ever be >= 6ft/s

4 years ago | Likes 2 Dislikes 0

You're right about the 6fts. I forgot to remove an exponent. So then the rate of change is constant. So 26^.5 weird calc question

4 years ago | Likes 1 Dislikes 0

but how fast are they seperating from each other? I think it's still 5 feet/sec.

4 years ago | Likes 6 Dislikes 1

It's close to 5 ft per second. But there is still a 1 ft per second vector so the more accurate answer is 5.1 ft per second

4 years ago | Likes 2 Dislikes 0

I think they have been separating from each other for so long now that it isn’t quantifiable.

4 years ago | Likes 2 Dislikes 0

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[deleted]

4 years ago (deleted Jul 23, 2024 12:03 PM) | Likes 0 Dislikes 0

No they are running at a 90 degree angle to each other so you have to use triangles

4 years ago | Likes 2 Dislikes 0

Should still be a constant. Sqrt of 26 ft/sec. Unless we're going to factor in the Earth's curvature, but I think that local curvature 1/

4 years ago | Likes 4 Dislikes 0

/2 would dominate at this scale and is not knowable from the information given.

4 years ago | Likes 0 Dislikes 0

Oh, no, wait, I'm dumb as rocks. Definitely not constant.

4 years ago | Likes 7 Dislikes 0