WhitePaper What is ThePhysicist?

ThePhysicist is a science blog that provides and promotes information on scientific research and education. Apart from publishing posts, ThePhysicist also conducts online courses and provides free and paid questions and answers services. In simple words, ThePhysicist is an independent investigator in science with a specific vision… https://thephysicist.in/about/whitepaper/

How to easily prove focal length as half the radius of curvature for spherical mirrors? by ThePhysicist
Let us see how easy it is to prove that for spherical mirrors, the focal length is half the radius of curvature, i.e. f = R/2.
via YouTube https://youtu.be/EYjILlEMvDM

ThePhysicist Web Application Kindly choose the device on which you wish to install the app and follow the simple instructions given below accordingly.

For Android and iOS devices

https://youtu.be/bZPwqor_TDA

For Desktop (Windows/Linux or Mac)

https://youtu.be/HrudIjgulo4 https://thephysicist.in/thephysicist-web-application/

Answers Get rewarded for discussing physics

Welcome to the most rewarding discussion forums for Physics

There are 3 forum groups: Ask, Suggest and Support. For Physics related discussion, choose ‘Ask’. To suggest new ideas and features for ThePhysicist, choose ‘Suggest’. To seek support on issues faced on ThePhysicist, choose ‘Support’ To… https://thephysicist.in/answers/

Lecture 14 Optics 9 Theory of Rainbow Formation by ThePhysicist
Topics Covered: 1. Dispersion through Atmospheric Water Droplets 2. Reference Line and Antisolar Point 3. Angle of Deviation and Minimum Deviation 4. Variation of brightness inside and outside a Rainbow 5. Primary and Secondary Rainbows 6. Supernumerary Arcs and Higher Order Rainbows
via YouTube https://youtu.be/whpx1Ih135M

Answers Get rewarded for discussing physics

Welcome to the most rewarding discussion forums for Physics

There are 3 forum groups: Ask, Suggest and Support. For Physics related discussion, choose ‘Ask’. To suggest new ideas and features for ThePhysicist, choose ‘Suggest’. To seek support on issues faced on ThePhysicist, choose ‘Support’ To… https://thephysicist.in/answers/

Understanding Inclined Plane Mirrors Mirror Maze at Museum of Science and Industry (Chicago)

Mirror Mazes are amazing. They produce intricate optical illusions of various grandeur. Irrespective of the complex structures they produce, all the mirror mazes are based on the simple Physics of geometrical optics, i.e. the laws of reflection. Two plane mirrors, inclined… https://thephysicist.in/understanding-inclined-plane-mirrors/

Ad Astra Per Aspera (Part 1) “Ad Astra Per Aspera” is a Latin proverb that means “To the Stars through hardship”.

This is a series of articles intended to educate aspiring astronomers about observational and theoretical Astronomy. Our discussion will range from the basic unaided techniques to the frontiers of ongoing Astronomical research which will include… https://thephysicist.in/fundamentals-of-astronomy-1/

Research https://thephysicist.in/research/

Communication preferences
https://thephysicist.in/communication-preferences/

Science News
News on the most recent advances in science

Staying updated with the most recent advances in science has never been easier. ThePhysicist gathers news about the most recent advances in the world of scientific research and analyses them regularly. You can read the news analysis posts on ThePhysicist by visiting here.

Search for...

Breaking International…
https://thephysicist.in/science-news/

Understanding Inclined Plane Mirrors

Mirror Maze at Museum of Science and Industry (Chicago)

Mirror Mazes are amazing. They produce intricate optical illusions of various grandeur. Irrespective of the complex structures they produce, all the mirror mazes are based on the simple Physics of geometrical optics, i.e. the laws of reflection. Two plane mirrors, inclined to each other at some…

https://thephysicist.in/understanding-inclined-plane-mirrors/