Recent content by bbbbb

  1. B

    Electromagnetism -- What do charges have to do to create EM waves?

    Yes is the answer acceleration or velocity.
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    Electromagnetism -- What do charges have to do to create EM waves?

    I am not sure, but I think the answer is between acceleration and velocity.
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    Optical Problem: drawing the reflected wave

    That is the diagram of the question. How is the reflected going to be?
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    Solving for Theta & Io: An Exploration

    Is that the final answer.
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    Solving for Theta & Io: An Exploration

    '^' means square which is I/Io= 0.25.
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    Solving for Theta & Io: An Exploration

    is it that the transmitted electric field is reduced by a factor cos (60) and the intensity is reduced by the square of that amount
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    Solving for Theta & Io: An Exploration

    I have solved in respect to angle 60. I made I/Io the subject of formula I=IoCos^2theta I/Io=cos(2*60...I/Io= -0.5
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    Solving for Theta & Io: An Exploration

    We are in a way saying the same thing; I need to find Io first then substitute in the formula above after finding I, the formula you said can now work.
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    Solving for Theta & Io: An Exploration

    I am looking for the fraction of the original intensity. I am back to square one of finding Io, which is needed to solve the question.
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    Calculate Wavelength Without Frequency

    so i will do f=c/wavelength Then to find lamda2= c/f. So I am not using the angles given.
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    Solving for Theta & Io: An Exploration

    so, it will be I/Io=Cos60 which is I/Io=0.5
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    Solving for Theta & Io: An Exploration

    If the angle is 60, how will I calculate I when Io is unknown.
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    Calculate Wavelength Without Frequency

    n1sintheta1=n2sintheta2 1*sin36=n2sin24 n2=sin36/sin24 n2= 1.45 to calculate wavelength is lambda=c/f My question is that that how do I find the wavelength without given the frequency.
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    Solving for Theta & Io: An Exploration

    I am not sure if theta will be 60 degrees or 30 degrees in this case and Io is given.
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