9.2.2 Graphical Representation of Wave: Phase Difference

A-level Physics Learning Resources

[jeevahacoelho]

My physics teacher took an entire hour-long lesson and I could not understand phase difference, you have explained it in 4 minutes, and even told me how to solve it in two different scenario's. Thank you !

[bernardocisneros]

Some people can teach and others can't. You are very good at teaching

[guruprasadsrinivasvantaram]

I am a Physics teacher, never ever able to teach like this. You made things so easy.

[thenerdfiles]

Just, thank you for the explanation. It was short, clear, and just saved a lot of people. Thank you kind sir

[mohammadumar]

Such a fascinating and simple explanation.
Digested it well without any effort.

[drshikamehtani]

Thanks for explaining it so well. You legitimately saved my day.

[aramis]

you did good... saved my life. now i understand this clearly. thank you

[jacobvandijk]

Good stuff, but I wouldn't have called the y-axis delta-x. It might be a bit confusing for some people with distance on the x-axis.

[sunkarasudha]

U nailed it to name the topic after you

[TheCrestianoo]

Thank you.

Slight confusion: What if oscillations have different time periods?

[nilupilu]

Hey thank you so much you are very sweet and it was well explained thank you ❤️

[wannaberich-wf]

I do not understand why nearer is the leader and farther is lagger

[hareeballsac]

Which oscillation's T (time period) should I choose? Given that they have different time periods.

[bhukyasridharsridhar]

Thanks you for your clear information in simple way

[b.h.shashaank]

What is the other wave is the mirror image of first one how is phase difference found?

[sumitkumar]

Thank u sir for details analysisly on phase difference...

[sahilm]

You are the best of the BEST!!!! thanks!

[kensonmalupande]

Excellently explained 👍 👍 keep it up sir

[kareemariss]

In the first example don’t 2pi and lambda just cancel out every time?

[howchen]

Nice, but still laughed at the "near sauce"