Recent content by SnowboardNerd

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    Need help with my Swinging Ball problem please

    I did it perfectly... all I did wrong was that I unnecessarily squared an sin theta and you faggots couldn't tell me that. this site is useless...
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    Need help with my Swinging Ball problem please

    **** you all, this website is ********. you guys never actually respond and when you do its useless. suck a cows dick. I'm out.
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    Need help with my Swinging Ball problem please

    Is there anything else I need to include to get help?
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    Need help with my Swinging Ball problem please

    Homework Statement A mass m = 16.0 kg is attached to the lower end of a massless string of length L = 63.0 cm. The upper end of the string is held fixed. Suppose that the mass moves in a circle at constant speed, and that the string makes an angle theta = 17o with the vertical, as shown in...
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    2 Blocks 1 Pulley - First Time Poster

    Yeah, this is not making sense... sorry. Can you please explain it again?
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    2 Blocks 1 Pulley - First Time Poster

    Yeah, this is not making sense... sorry. Can you please explain it again?
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    2 Blocks 1 Pulley - First Time Poster

    208.9 cos 29.7 - (5.5 a + 28.3 * -9.8 ) - 0.201 ( 208.9 - sin (29.7) ) = 28.3 - a a = 86.357?
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    Min Force to keep from Slipping

    F + (0.23)(70cos(26.9)) - (70.6sin(26.9)) = 0 F = 17.6 N Yeah! Thank you very much! I have another thread open too if you would be kind enough to help! https://www.physicsforums.com/showthread.php?p=3529346&posted=1#post3529346
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    Min Force to keep from Slipping

    F + (0.23)(70cos(26.9)) - (70.6sin(26.9)) = 0 F = 17.6 N Yeah! Thank you very much!I have another thread open too if you would be kind enough to help! https://www.physicsforums.com/showthread.php?p=3529346&posted=1#post3529346
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    Min Force to keep from Slipping

    I thought you ment Fn... I'm not sure what the variable Fm stands for
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    Min Force to keep from Slipping

    I think Fn = W... so in the beginning when they said that it's W = 70.6 that means that Fn = 70.6?
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    Min Force to keep from Slipping

    F - (0.23)(70.6cos(26.9)) - (70.6)sin(26.9)) = 0 F - Kintic Friction - mgSinTheta = 0 ^^ Is that what you meant? Thank you.
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    2 Blocks 1 Pulley - First Time Poster

    M1: F-T-ukFn = m a (208.9cos(29.7)) - T - 0.201*277.34 = 28.3*a M2: T - mg = m a T - 5.5*9.8 = 5.5 a (T - (5.5*9.8) ) / 5.5 = a ___________________________________ How would I solve for something like this? Two variables?
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    Min Force to keep from Slipping

    More of my attempt... __________________ Y Direction: Sum F = M * A Fn-mg = 0 Fn = mgcosTheta <---- I got this from breaking gravity into it's components. _________________ X Direction: Sum F = M * A F - Static Friction - mgSinTheta = 0 F = uS*Fm - mgsinTheta _________________ Can you...
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