Recent content by ken~flo

yeah, you have the right value for G. and for c, you're right, all you do is plug in the new radius

plug in your #'s for (a) to get F, set that equal to mg for (b), where g is what ur tryin to find. (c) is just # crunching with a different radius

okay, so here's what I have so far I (as a function of theta) = Imaxcos^2theta Imaxcos^2theta = Imax + Imin Imax(cos^2theta-1) = Imin Imax(cos2theta) = Imin am I on the right path?

1. Here's the question: The percent polarization P of a partially polarized beam of light is defined as P = [Imax - Imin]/[Imax + Imin] x 100 where Imax and Imin are the max and min intensities that are obtained when the light...