Recent content by lfused

  1. L

    A rotating coil measuring the magnetic field

    Homework Statement A rotating coil is a common device for measuring magnetic fields. Consider a coil of area A and N turns that is rotated at angular frequency w in a magnetic field. The position of the coil is adjusted so as to produce a maximum induced current Imax which can be measured by...
  2. L

    Work-energy theorem in relation to the velocity of two masses

    thanks for your help. I really appreciate it. ^_^
  3. L

    Work-energy theorem in relation to the velocity of two masses

    so.. I can just assume that? wow.. that seems too simple..
  4. L

    Work-energy theorem in relation to the velocity of two masses

    I've already presented all the information given for that problem. Although.. sorry about the typos..
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    Work-energy theorem in relation to the velocity of two masses

    T1 is the vertical force pulling m1 up and T2 is the horizontal force pulling m2 towards the pulley. And it seems that T2 is the only force that acts on m2..
  6. L

    Work-energy theorem in relation to the velocity of two masses

    ok here's an image to show what's going on here http://www.geocities.com/liquid_fuse/masses.gif The mass is a frictionless surface so what other forces could be acting on it on the x-axis?
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    Work-energy theorem in relation to the velocity of two masses

    Two masses are connecte by a ligh string over a light, frictionless pulley the table surface that m2 is on is also frictionless. Apply the work-energy theorem for this system to calculate the speed of the masses after the masses have moved a distance delta x starting from rest. Note that the...
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