Answer Happy

Posted: **Mon May 02, 2022 4:59 pm**

$Figure 1 Shows Light Passing Through A Spherical Raindrop Undergoing Two Refractions And Total Internal Reflection T 1$: Figure 1 Shows Light Passing Through A Spherical Raindrop Undergoing Two Refractions And Total Internal Reflection T 1 (26.56 KiB) Viewed 36 times

$Figure 1 Shows Light Passing Through A Spherical Raindrop Undergoing Two Refractions And Total Internal Reflection T 2$: Figure 1 Shows Light Passing Through A Spherical Raindrop Undergoing Two Refractions And Total Internal Reflection T 2 (90.89 KiB) Viewed 36 times

$Figure 1 Shows Light Passing Through A Spherical Raindrop Undergoing Two Refractions And Total Internal Reflection T 3$: Figure 1 Shows Light Passing Through A Spherical Raindrop Undergoing Two Refractions And Total Internal Reflection T 3 (7.82 KiB) Viewed 36 times

QUESTION 2:

$Figure 1 Shows Light Passing Through A Spherical Raindrop Undergoing Two Refractions And Total Internal Reflection T 4$: Figure 1 Shows Light Passing Through A Spherical Raindrop Undergoing Two Refractions And Total Internal Reflection T 4 (17.27 KiB) Viewed 36 times

a)What's the cylinder's actual diameter? Express your answer
with the appropriate units.
(Figure 1) shows light passing through a spherical raindrop, undergoing two refractions and total internal reflection. The angle is given by = 4 sin ¹ (sin 0/n) - 20, where is the angle of incidence.
Incident ray Exiting ray C B 180° $ A ray passing through a
Find an expression for cos² when the maximum value of occurs.
Find the maximum & in a raindrop with n = 1.333.
You're looking into a glass cylinder with refractive index 1.55. A spot of dust on the far side appears to be 19.2 cm from the front edge.