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Teachers exam question about Bieber
If you would like to Kick Biebers ass, do it  www.humorsharing.com/kickoutbieber/2322
 
What do you think? Give us your opinion. Anonymous comments allowed.
#193

onenation (04/28/2012) [+] (7 replies)
>If you're here Bieber... Listen carefully...
>I will kill you if you accept the role of "Ash" in the live action film of pokemon in 2013.
>I refused to have my childhood fagged up by a kid that got famous only because his mother sucked every rapper's cock. I refuse to have a lesiban like you portray somone I idolized as a small child.
>Don't **** up the live action Pokemon movie. Know your place and don't overstep your boundries...
>I will kill you if you accept the role of "Ash" in the live action film of pokemon in 2013.
>I refused to have my childhood fagged up by a kid that got famous only because his mother sucked every rapper's cock. I refuse to have a lesiban like you portray somone I idolized as a small child.
>Don't **** up the live action Pokemon movie. Know your place and don't overstep your boundries...
#110

koobzacc (04/28/2012) [+] (4 replies)
4.95 seconds
49.5 meters
50.5 meters per second at an angle of 78.6 degrees from the horizontal
:P
49.5 meters
50.5 meters per second at an angle of 78.6 degrees from the horizontal
:P
#117

paintballpatjas (04/28/2012) []
Justin Bieber and Miley Cyrus both jump off a cliff, who wins?
Society
Society
#15

anonymous (04/27/2012) [+] (1 reply)
As a physics student, I'm really rather proud that I could solve this. And I feel slightly compelled to.
But, as a teenager, I'm way too lazy to.
But, as a teenager, I'm way too lazy to.
#211

appleshampoo (04/28/2012) [+] (2 replies)
Simple answer...
Justin is traveling 10m/s off of a cliff that is 122.5 m high.
In order to get the time it took for him to hit the ground you take the sq. root of 122.5x2divided by the constant of gravity (9.8)
A = 4.8 seconds
His horizontal displacement can be calculated by taking its formula
d=V(initial) x t+1/2 x acceleration x t^2
Plug the time (4.8) and velocity (10) plus the constant of gravity for acceleration (9.8)
B= 160.896 m
and finally his final velocity can be measured by taking the formula
V(final)=V(initial) + acceleration x time
C= 57.04 m/s
Bitches love projectile physics...
Justin is traveling 10m/s off of a cliff that is 122.5 m high.
In order to get the time it took for him to hit the ground you take the sq. root of 122.5x2divided by the constant of gravity (9.8)
A = 4.8 seconds
His horizontal displacement can be calculated by taking its formula
d=V(initial) x t+1/2 x acceleration x t^2
Plug the time (4.8) and velocity (10) plus the constant of gravity for acceleration (9.8)
B= 160.896 m
and finally his final velocity can be measured by taking the formula
V(final)=V(initial) + acceleration x time
C= 57.04 m/s
Bitches love projectile physics...
#183

scooterpony (04/28/2012) [+] (2 replies)
HURR DURR ERVERY BODY, GUEZZ WOT.
IH HAT JUSTEN BEEBER HAHAHAHHA GIV MI THOMBS UP IF U AGRRE
I hate you all.
IH HAT JUSTEN BEEBER HAHAHAHHA GIV MI THOMBS UP IF U AGRRE
I hate you all.
#54

wattafaglol (04/27/2012) [+] (1 reply)
You can't calculate this without the angle at which he was thrown
#162

shadowknife (04/28/2012) [+] (4 replies)
5 seconds to reach ground
Horizontal displacement = 50m
final velocity = 50.0m/s
approximately
Horizontal displacement = 50m
final velocity = 50.0m/s
approximately