![80_Refraction from spherical surface.png](https://www.expertsmind.com/../CMSImages/80_Refraction from spherical surface.png)
Refraction formula:
Where m1= Refractive index of the phase from which light rays are coming (from object).
m2=Refractive index of the medium in which light rays are entering.
u = Distance of object, v = Distance of image, R = Radius of curvature
Lateral magnification : The lateral magnification m is the ratio of the image height to the object height
or ![467_Refraction from spherical surface2.png](https://www.expertsmind.com/../CMSImages/467_Refraction from spherical surface2.png)
|
![2127_Refraction from spherical surface3.png](https://www.expertsmind.com/CMSImages/2127_Refraction%20from%20spherical%20surface3.png)
|
Email based Physics assignment help - homework help at Expertsmind
Are you searching physics expert for help with Refraction from spherical surface questions? Refraction from spherical surface topic is not easier to learn without external help? We at www.expertsmind.com offer finest service of Physics assignment help and physics homework help. Live tutors are available for 24x7 hours helping students in their Refraction from spherical surface related problems. We provide step by step Refraction from spherical surface question's answers with 100% plagiarism free content. We prepare quality content and notes for Refraction from spherical surface topic under physics theory and study material. These are avail for subscribed users and they can get advantages anytime.
Why Expertsmind for assignment help
- Higher degree holder and experienced experts network
- Punctuality and responsibility of work
- Quality solution with 100% plagiarism free answers
- Time on Delivery
- Privacy of information and details
- Excellence in solving physics queries in excels and word format.
- Best tutoring assistance 24x7 hours