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goddamn school is stressing me tfo
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2016-11-18 at 3:33 AM UTCfuckin shit is hard as fuck and i just want to spend a day where im not drowning in information you know? i even quit the weed and havent done acid all quarter, just been goin to sleep early and doing homework
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2016-11-18 at 3:55 AM UTC
Originally posted by greenplastic fuckin shit is hard as fuck and i just want to spend a day where im not drowning in information you know? i even quit the weed and havent done acid all quarter, just been goin to sleep early and doing homework
you'll be alright bud, it will pay off in the end. what are you going to school again for? -
2016-11-18 at 4:33 AM UTCSchool is for losers. School makes you a fool.The following users say it would be alright if the author of this post didn't die in a fire!
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2016-11-18 at 5:30 AM UTC
Originally posted by Malice School is for losers. School makes you a fool.
if you complete it you cannot claim autismbux -
2016-11-18 at 5:43 AM UTC
Originally posted by Malice School is for losers. School makes you a fool.
sitting in your house jerking off all day with a lil penis makes you a fool -
2016-11-18 at 5:44 AM UTC
Originally posted by Bill Krozby sitting in your house jerking off all day with a lil penis makes you a fool
Why is experiencing pleasure all day foolish? -
2016-11-18 at 5:47 AM UTC
Originally posted by Enter Why is experiencing pleasure all day foolish?
quit white knighting for your boyfriend faggot, everyone knows jerking off gets less and less pleasurable if thats all you do all day errr day. -
2016-11-18 at 11:41 PM UTCyea true ill make it eventually. engineering
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2016-11-18 at 11:45 PM UTCYo, OP, weren't you the one who made a thread about how you're so smart and don't have to work in class and stuff?The following users say it would be alright if the author of this post didn't die in a fire!
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2016-11-18 at 11:57 PM UTC
Originally posted by greenplastic yea true ill make it eventually. engineering
Shit nigga, sucks to be you. Why would you that to yourself? There are other high paying jobs. -
2016-11-19 at 12:04 AM UTCEngineering is a calling malice. You wouldn't understand.
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2016-11-19 at 12:08 AM UTCMalice with all your free time and brains why don't you play the stock markets for us and distribute the money. I wholeheartedly promise on my life that any money you earn me won't go on anything legal.
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2016-11-19 at 12:22 AM UTCGet a job you hippie.
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2016-11-19 at 12:50 AM UTCENGINEERING YOU SAY? PHYSICS YOU SAY!? POP QUIZ TIME!!!
The position of a particle of mass M is given by the following equations:
X = A+Bt-Ct2 Y = D+Et-Fcos(Gt) Z = H+Fsin(Gt)
where A, B, C, D, E, F, G, and H are all constants.
a)Find the three components of the acceleration as a function of time.
b)Are the direction and magnitude of the acceleration independent of time?
Explain your answer. -
2016-11-19 at 3:47 AM UTC
Originally posted by Lanny Yo, OP, weren't you the one who made a thread about how you're so smart and don't have to work in class and stuff?
yea, and it was true, in community college. thats why i didnt pussy out and go to a mediocre school though, so i could really learn shit.
as for sophie..
umm well currently im on the shitter, but i would take the 2nd derivative of each of those three equations to get each component of the acceleration, because the first derivative represents the rate of change of the position, and the second represents the rate of change in velocity (acceleration).
it looks like the x equation magnitude would be independent of time because t^2 => 2t => 2
acceleration magnitude in the y direction is dependent on time because you're never going to get rid of that cos(t) derivative
same for z.
since x is not dependent on time, but y and z are, you will have an acceleration in the y and z directions with time, but not x
Post last edited by greenplastic at 2016-11-19T03:56:28.552182+00:00 -
2016-11-19 at 5:55 AM UTCEquations nigga' i wanna' see equations. Also as to b) The magnitude stays constant the direction changes, now show how.
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2016-11-19 at 2:04 PM UTClol why? do you not believe in my ability to take basic derivatives?
alright ill do it just for fun, lemme brew some coffee real quick because its 6 and i just woke up
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2016-11-19 at 2:09 PM UTCShow your work.
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2016-11-19 at 2:25 PM UTCequations for acceleration:
x = -2C
y = FG^2(cos(Gt))
z = -FG^2(sin(Gt))
Also, the magnitude of the overall acceleration is changing, not constant. I said that the magnitude of one of the components of the acceleration is not varying with time. Those equations pretty much describe how the direction changes, I don't know exactly what it looks like without graphing it, but intuitively it looks like it will probably be some sort of sinusoidal spriraly thing that is speeding up with time in the x direction (the velocity is increasing with time, but the acceleration is not), and those trig functions are what determines it's acceleration in the y and z direction...so yea, some sort of spiral or loop or some shit. -
2016-11-19 at 2:41 PM UTC
Originally posted by greenplastic equations for acceleration:
x = -2C
y = FG^2(cos(Gt))
z = -FG^2(sin(Gt))
Also, the magnitude of the overall acceleration is changing, not constant. I said that the magnitude of one of the components of the acceleration is not varying with time. Those equations pretty much describe how the direction changes, I don't know exactly what it looks like without graphing it, but intuitively it looks like it will probably be some sort of sinusoidal spriraly thing that is speeding up with time in the x direction (the velocity is increasing with time, but the acceleration is not), and those trig functions are what determines it's acceleration in the y and z direction…so yea, some sort of spiral or loop or some shit.
Sounds good to me nigga'. (n_n")The following users say it would be alright if the author of this post didn't die in a fire!
