Recent content by Octavius1287

  1. O

    Understand BIL Rating & Maximum Voltage in Equipment

    so it should list that to correct? I can only find a BIL rating :/
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    Understand BIL Rating & Maximum Voltage in Equipment

    The difference between BIL rating and Maximum voltage? Like is the BIL voltage the highest it can take in just one instant? how do i know what is the highest continuous voltage a piece of equipment can take? Like for a Cap bank i see a BIL rating but i need to know what's the maximum voltage...
  3. O

    Bring a particle to rest within a field

    F=ma, but with a - acceleration...damn it i didnt see that
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    Bring a particle to rest within a field

    i mean in equation form, i see how it would but reading my book i don't see how to set up the equation
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    Bring a particle to rest within a field

    i guess i don't see the equation where time would play a factor
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    Bring a particle to rest within a field

    the force of the lectric field need to be equal to the force of the moving particle right
  7. O

    Bring a particle to rest within a field

    i think nothing
  8. O

    Bring a particle to rest within a field

    my brains so tired now I am not seeing it even if they are parallel
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    Bring a particle to rest within a field

    ugh this has been killing me for hours
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    Bring a particle to rest within a field

    in part B it just says find R if v is parallel to B, which is 0 because sin(180) is 0. C is worded exactly as i typed it. Part C is the first time the electric field is mentioned. I assume V is perpendicular to B, because if it was parallel everything would be 0
  11. O

    Bring a particle to rest within a field

    A particle with a charge 10^-24 C and a mass 10^-24 kg has a linear velocity v of 1 km/s. Part a of the problem was finding the radius of curvature if it was entering a magnetic field B perpendicular to v part B was if v and b was parallel. But stated B=2T Part c is what i posted. Find the...
  12. O

    Bring a particle to rest within a field

    v is perpendicular to the field. I know B, m, and q and r
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    What is the Magnetic Field of a Bent Wire at the Focus?

    i guess ,y last question would be, how did you figure the dl = dx i + dy j r= -x i + (0.25 - y) j
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    Bring a particle to rest within a field

    Homework Statement A charged particle is moving in a magnetic field. what is the electric field E needed to bring the particle to a rest at 100 us, and v is 1 km/s Homework Equations I know the magnetic force is q*vxB and Fc=(mv^2)/r I have all the parts I think to solve this, I'm...
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    What is the Magnetic Field of a Bent Wire at the Focus?

    or this http://pms.iitk.ernet.in/wiki/images/math/5/c/8/5c8f0ff0e0d4749758d0abaf2faa2af2.png