Given four linear polarizers, each can only function on one axis each $($i$.$e$.$ their orientation is fixed$).$ There is an H polarizer $($transmission axis that is horizontal, i$.$e$.$ along i$,$ a V polarizer $($transmission along j$),$ and $2$ P polarizers $($transmission axis bisecting i and j$).$a$)$ You have a source of unpolarized light impinging on the four polarizers such that the light passes through all four. Give the total possible intensities that are possible by arranging the polarizers and give the arrangement for each. Given a set of $3$d glasses, you know they are circular polarizers. $-$one lens being a RCP analyzer and the other LCP$.$b$)$ You decide to experiment with your new analyzers and the four given to you before. You create a beam of right circularly polarized light $($RCP$)$ of intensity I$0$ and pass it through the H polarizer. What is the intensity after passing through the H polarizer?