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Thanks Mr. Campbell! All of your videos are a massive help!
Glad you like them! You are very welcome :)
I'm grateful to you forever
Well, missed the opportunity to say that light is pretty straight forward...
Nice one!
Wish you could be my SL physics teacher :(
Do you have a video explaining phase difference and path difference?
Path difference is here: ruclips.net/video/XiIw9Jye2Zw/видео.html
Hey! You just forgot to add Simple Harmonic Motion to waves playlist. I mean 4.1 chapter
It's all done - better late than never :)
How do I know which angel is theta 1 and which is theta 2
Theta 1 is usually reserved for the incoming ray (light, water, etc), and Theta 2 is the outgoing (refracted) ray. That's usually how we name the angles.
![Diffraction [IB Physics SL/HL]](http://i.ytimg.com/vi/nD6pebeYf5Y/mqdefault.jpg)
![Diffraction [IB Physics SL/HL]](/img/tr.png)
![Reflection and refraction [IB Physics SL/HL]](http://i.ytimg.com/vi/U-8HQZuYLD8/mqdefault.jpg)
Thanks Mr. Campbell! All of your videos are a massive help!
Glad you like them! You are very welcome :)
I'm grateful to you forever
Well, missed the opportunity to say that light is pretty straight forward...
Nice one!
Wish you could be my SL physics teacher :(
Do you have a video explaining phase difference and path difference?
Path difference is here: ruclips.net/video/XiIw9Jye2Zw/видео.html
Hey! You just forgot to add Simple Harmonic Motion to waves playlist. I mean 4.1 chapter
It's all done - better late than never :)
How do I know which angel is theta 1 and which is theta 2
Theta 1 is usually reserved for the incoming ray (light, water, etc), and Theta 2 is the outgoing (refracted) ray. That's usually how we name the angles.