Recent content by music_lover12

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    Undergrad Thermodynamics and the Weather

    How does thermodynamics apply to the weather?
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    High School Explaining Snell's Law in Simple Terms

    Okay, so I've tried doing some research about Snell's Law, and I haven't been able to find information that I actually understand. Could someone explain this to me in terms that will help me?
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    High School Do lenses bend light in a special way?

    Thanks! This really helped.
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    High School Do lenses bend light in a special way?

    Corrective lenses and contact lenses work because of refraction. Do they bend light in a special way that will correct a person's vision for whatever reason it is?
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    High School Which Voice Reaches Further: Low Bass or High Soprano?

    Let's say that you're waking down a hallway heading toward your next class, and somebody inside calls to you from the room--one has a low bss voice and another has a high soprano voice. They both call to you with the same volume. Which one would you be able to hear better?
  6. M

    Combining Equations: How to Combine Fc=mv²/r and Fg=qvb?

    Oh okay. I see. Thank you very much!
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    Combining Equations: How to Combine Fc=mv²/r and Fg=qvb?

    m=Fcr*qB/Fg^2 :rolleyes:
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    Combining Equations: How to Combine Fc=mv²/r and Fg=qvb?

    Okay, so I substituted the second equation into the first and I got F[SIZE="1"]c=m*f[SIZE="1"]g/qB/R. Is that right?
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    Combining Equations: How to Combine Fc=mv²/r and Fg=qvb?

    ...also I'm trying to combine the two equations to find m, which is mass.
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    Combining Equations: How to Combine Fc=mv²/r and Fg=qvb?

    Yeah, it would be v=f/qB...
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    Combining Equations: How to Combine Fc=mv²/r and Fg=qvb?

    It is with the smaller c and g.
  12. M

    Combining Equations: How to Combine Fc=mv²/r and Fg=qvb?

    How do I combine these two equations? Fc=mv(squared)/r Fg=qvb
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    Lorentz force law and capacitor problem

    Well sorrrrry. I did not realize I left that little detail out. So the deflecting force is not strong enough to have any effect on the electron?
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    Lorentz force law and capacitor problem

    I HAVE A PICTURE OF IT! The electron is traveling to the right through the middle of the parallel plates.
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    Lorentz force law and capacitor problem

    It doesn't make sense to me because the electric field is not moving in the same direction as the the electron. The plates are horizontal and parallel to one another, so the direction of the electric field is down, not right (which is the direction the electron is traveling).