Recent content by kingkong

  1. K

    Investigating the Inverse Law of Light and Fluorescent Tubes

    hello, iam doing an investigation on the inverse law using light. i want to know why can a flourescent tube act a line source? why is it that when you get too far the is acts a point source? i look forward to your response
  2. K

    Help with Light Rays: Questions and Answers

    hello, iam doing an investigation on the inverse law using light. i want to know why can a flourescent tube act a line source? why is it that when you get too far the is acts a point source?
  3. K

    Solving the Temperature of a Mercury Vapour Lamp

    i am doing an experiment invesitigating the inverse square law of radiation using a bulb. a bulb is considered as a point source thus, a sphere. Please help.
  4. K

    Solving the Temperature of a Mercury Vapour Lamp

    why can a sphere be regarded as a point source?
  5. K

    Finding Velocity and Height of Wedge After Block Release

    Could you give me some examples where the inverse law is used.
  6. K

    Finding Velocity and Height of Wedge After Block Release

    hello, i need to know the mathematics involving the inverse law is used in predicting floods and their impact.
  7. K

    Finding Velocity and Height of Wedge After Block Release

    could you give some mathematical proof.
  8. K

    Finding Velocity and Height of Wedge After Block Release

    does any-one know of any applications of the inverse law. could you appoint me a website link
  9. K

    Finding Velocity and Height of Wedge After Block Release

    well the distance between the bulb and the detector was 0.05m. the radius of the bulbs was approx 9mm. help me
  10. K

    Finding Velocity and Height of Wedge After Block Release

    hello everyone! i am doing an investigation on the inverse square law of radiation, and i have plotted a graph of 1/rsquared angainst intensity of light. I have one point which for when the detector is closest to the point source (bulb) that is far from the line of best fit to the right side...
Back
Top