Physics: Optics Ch 58.1 Refracting Surfaces (1 of 22) Refraction at a Flat Surface: Case 1

In this video I will find the distance of the image, s'=?, of the virtual object when observed through a flat surface where n1=1 (air) and n2=1.5.

Next video in this series can be seen at:

[valeriereid]

Thanks for this lecture. Glad I found this series.

[wardaavery]

Hi professor Van Biezen, thanks a lot for making this kind of videos! They are helping me out. I have a question: do I always have to draw a ray of the object under an angle? And how do I have to know how much the angle has to be?

[lovearea]

In video banner though N2 >N1 but its value is vice versa.

But in process it is correct.

[mahfa]

Thanks for your time to make this video great

[Marcklooster]

Light refract but tends to reflect at the same time as well. I guess it will reflect more when the angle gets close to the angle of full reflection. Is this a linear process or not? Or does this only happen in a inperfect setting? Will this be addressed in this series or do you already have a video about that topic? Thanks in advance.

[lovearea]

Virtual image distance will be same or not if i look at an angle 30, 45, .... .
Do looking angle with normal matter?