What Are You Doing Right Now? (263 Viewers)

[Byrone]

Gotta love Juventuz.

 

Buy on AliExpress.com

[Ken]

 

[cyril]

Gotta love Juventuz.

Its too underrated

 

[The Curr]

Its too underrated

Juventuz isn't Juventus material.

 

[The Curr]

In 1954 the English runner Roger Bannister broke the four-minute barrier for the mile with a time of 3:59.4 s (3 min and 59.4s). In 1999 the Moroccan runner Hicham el-Guerrouj set a record of 3:43.13 s for the mile. If these two runners had run in the same race, each running the entire race at the average speed that earned him a place in the record books, el-Guerrouj would have won by how many meters?

 

[Ken]

What's with the easy physics question?

Are you really in need of an answer, for school or something?

 

[The Curr]

What's with the easy physics question?

Are you really in need of an answer, for school or something?

I don't need an answer. I'm just really lazy and hoping that if I slipped the question in here someone might answer it.

 

[Ken]

Might aswell: 109m.

Do you need an explanation, or just a # ?

 

[The Curr]

Just a number but apparently that's wrong. I'll just go and do them myself.

 

[Ken]

I just edited it.. 109 is correct. I fucked up on how much a mile is, then decided to do give my calculator a go with a bit more correct number from google

Or should be anyway? You have the answer?

 

[Ken]

Well.. 1609m devided by the slow guy's time give you his average speed. Multiply his speed with the fast guy's time, and you get the distance he's covered in the same time the fast guy took to finish the race.

The difference between the full race of 1609m and the slow guy's distance gives you the answer. If that's not correct, I really don't know how to do this

 

[The Curr]

109 is correct.

Grazie. Want another one?

 

[Ken]

Sure, I'm bored..

 

[Ken]

Hold on.. you need only a number and have the correct answers?

Am I missing the point here or are you?

 

[The Curr]

A sprinter explodes out of the starting block with an acceleration of +2.29 m/s2, which she sustains for 1.31 s. Then, her acceleration drops to zero for the rest of the race. What is her velocity at (a)t = 1.31 s and (b) at the end of the race?

 

[The Curr]

Hold on.. you need only a number and have the correct answers?

Am I missing the point here or are you?

No, I enter the answers into a crappy website and it tells me if it's the right answer or not.

 

[Ken]

No, I enter the answers into a crappy website and it tells me if it's the right answer or not.

Riiiiiiiight. I see.

 

[Ken]

2,99m/s for both.

Would be one slow sprinter that.. hmm.

 

[The Curr]

This website I'm doing them on is a load of cock. It won't load properly now.

 

[Ken]