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assignment due in less than 1 hr |
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| Nov14-04, 11:15 PM | #1 |
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assignment due in less than 1 hr
Hey ppl, sorry I was just wondering if anyone knew how to do the question i posted earlier(TWO BLOCKS AND TWO PULLEYS), as I have to submit it and cannot figure it out still!?
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| Nov14-04, 11:43 PM | #2 |
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can you post a picture of it. I'm having trouble picturing this system.
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| Nov14-04, 11:53 PM | #3 |
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here's the pic, thanks
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| Nov14-04, 11:55 PM | #4 |
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assignment due in less than 1 hr
where? I dont see it as part of your post
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| Nov15-04, 12:03 AM | #5 |
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oh sorry tiger, its okay i had to submit it, thx for your time...i cant get the pic up for some reason..
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| Nov15-04, 12:04 AM | #6 |
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never mind must have been my browser
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| Nov15-04, 12:26 AM | #7 |
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well how did you do the first part? it looks right to me. you did:
[tex]\sum{F} = ma[/tex] always always ALWAYS start with this over and over again (or at least try to strat with this). The right hand side will have only ma or 0 thats all it will ever have ( and zero is a particular case of ma--when it is not accelarating, that is, not moving, or constant velocity) The left hand side just sums your forces. So after picking your postitive and negnative on your x and y axis (always do this too) and drew your free body diagram (I hop you did this) you must of did: [tex]T + T = m_2a_2[/tex] And then you solved for T Now for the next part do the same thing 1) Draw FBD 2) [tex]\sum{F} = ma[/tex] 3) [tex]T - m_1g = m_1a_1[/tex] And then solve for [tex]a_1[/tex] in terms of everything else they gave you |
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