If I hit a swinging 10 pound bag of sand 37 inches in 13 of a second, what force did I apply to that swinging 10 pound bag of sand? Show how to get to the answer.
Yes, very cute Nauseated. (ノ◒▽◒)ノ
I knew the units would not be the standard ones but I didn't think it would matter.
I think i have worked out what you were talking about.
it was just a trivial copy error that left the answer with the wrong units.
I am sure Nauseated could have fixed it but he is too busy in Wonderland.
He has to keep his like-minded friend - the hatter, company.
Half joking Nauseated.
We all have to get our priorities right. :)
Anyway maybe my answer is fixed now. |ʘ‿ʘ)╯
Hi Gibson,
You probably already know that I am not a physics person but I will give it a shot :)
I have not taken the swinging bit into any consideration. I don't think that you can because you do not know what its 'radius' is.
F=ma m=10 pounds
s=37 inches, t=1/3 sec, u=0, v=? a=? But I need to find a
So if I am to use physics formulas then it could have s,t,u and a BUT not v
S=ut+(12)×at2
37=0t+12a(13)237=12∗a∗1937∗2∗9=aa=666inches/s2F=maF=10∗666F=6660poundsinches/s2F=6660/12poundsfeet/s2F=555poundsfeet/s2
NOTE: A small error has been fixed. Maybe it is right now.
Maybe it’s just me :)
Yes, very cute Nauseated. (ノ◒▽◒)ノ
I knew the units would not be the standard ones but I didn't think it would matter.
I think i have worked out what you were talking about.
it was just a trivial copy error that left the answer with the wrong units.
I am sure Nauseated could have fixed it but he is too busy in Wonderland.
He has to keep his like-minded friend - the hatter, company.
Half joking Nauseated.
We all have to get our priorities right. :)
Anyway maybe my answer is fixed now. |ʘ‿ʘ)╯