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March, 2024

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Cramster - PLEASE HELP +KKK and eternal holiness

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Moonshine
Posts: 903 - Karma: 398
ok, i have this mother fucking crazy AP Physics teacher. he's nuts. im a junior and i have a take home problem for my quiz. i need to do well. we're ALWAYS allowed to use cramster. however this take home problem is and even and cramster makes you pay for them. does anyone have a premium account or whatever? pleasssee help me +++++KKK for anyone
Sep 22 2010 7:11PM
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.travis.
Posts: 1737 - Karma: 46
Racist.
Sep 22 2010 7:12PM
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Tripplesixty
Posts: 835 - Karma: 148
whats the problem I could probably do it in like 5 mins
Sep 22 2010 7:12PM
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little1337
Posts: 8158 - Karma: 45,761
sorry bro i dont :( i thought i could help but i cant...... but heres a useful website for muisic...http://listen.grooveshark.com/
Sep 22 2010 7:13PM
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Moonshine
Posts: 903 - Karma: 398
are you being serious? or just fucking with me. keep in mind AP Physics problem
Sep 22 2010 7:14PM
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blackoutbill
Posts: 2918 - Karma: 282
Am I blind or is there some kind of link to the problem?
Sep 22 2010 7:16PM
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Jennings
Posts: 2190 - Karma: 90
yeah just post the problem man
Sep 22 2010 7:17PM
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Tripplesixty
Posts: 835 - Karma: 148
Dude Ive been through half of my universities physics classes... I'm serious especially if its a free body, torque, equation of motion, or any circuits problems.
Sep 22 2010 7:18PM
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Moonshine
Posts: 903 - Karma: 398
ok. here it is. theres a diagram so im gonna have to explain that first. i'll love anynoe that helps

diagram:
Mass A (a block) sits on a frictionless surface. it is attached by a rope that is attached to a pully at the end of the surface. Mass B (different block) hangs on the other end of the pully of the side of the surface.

a) if Mass A = 13.0 kg and Mass B = 5.0kg, determine the acceleration of each block. b) If initialy Mass A is at rest 1.25m from the edge of the surface, how long does it take to reach the edge of the table if the system is allowed to move freely? c) if Mass B = 1.0kg, how large must Mass A be if the acceleration of the system is to be kept at 1/100g?

this is shitty. thanks in advance for anyone who tries or even looks at the problem. +K to all
Sep 22 2010 7:36PM
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An10a_Eng
Posts: 2505 - Karma: 28
once you take a real physics class youll realize that AP physics is a joke
Sep 22 2010 7:44PM
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Moonshine
Posts: 903 - Karma: 398
this is just... soo wrong
Sep 22 2010 7:46PM
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thesheik
Posts: 1488 - Karma: 18
i'm not sure i want +KKK...
Sep 22 2010 7:49PM
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p.hawks
Posts: 2832 - Karma: 581
if your book is called physics and its by glencoe, its on hotmath, and I may still have an account for that.
Sep 22 2010 7:57PM
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Tripplesixty
Posts: 835 - Karma: 148
Click for larger image

I pretty much gave you everything you need to get started... I didn't solve it for you cuz that way you wouldn't learn anything... PM if you need more help
Sep 22 2010 8:04PM
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DERS.
Posts: 6299 - Karma: 1,293
my thoughts exactly.
Sep 22 2010 8:05PM
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blackoutbill
Posts: 2918 - Karma: 282
X=Xo+Vot+1/2at^2 for question b I believe

or maybe its V^2=Vo^2+2a(X-Xo)

For the acceleration, I think you find the force of gravity or something like that. If I think of it I'll post back

Once you find the acceleration, this problem is super easy
Sep 22 2010 8:08PM
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blackoutbill
Posts: 2918 - Karma: 282
Just kidding tripplesixty got it

Sorry for the double post
Sep 22 2010 8:09PM
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Tripplesixty
Posts: 835 - Karma: 148
acceleration was solved in the first problem... you just plug and play with one of the motion equations.. look em up in your book or wikipedia
Sep 22 2010 8:10PM
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dispatchQ_main
Posts: 2619 - Karma: 629
Why did you ask NS? but looks like somone already gave you the answer.
Sep 22 2010 8:11PM
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Moonshine
Posts: 903 - Karma: 398
thank you everyone. +k to anyone who posted positive. triplesixty thank you very much
Sep 22 2010 9:09PM
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