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Hooke's Law: 0:00Simple Harmonic Motion: 1:17Waves: 3:34Doppler Effect: 7:19Wave Interference: 9:24Standing Waves on Strings: 11:29Standing Waves in Tubes: 14:34Beat Frequency: 17:57
Test in 2 hours watched this at 3am and forgot everything
This video is exactly what i needed, thank you so much, and also the underlining was really good in my opinion, thank you again
Well i like the underlining though. For me I feel very active when you underline things
6:30
Why not post a PDF of the notes you are annotating?
These videos are very helpful!
For the first question, if a 2M mass was used, the pendulum should be longer, and both of the periods should increase, right? I am so confused.
thanks dude u saved me
Transversr and logitudinal Waves , are in simple harmonic motion ?
THANK YOU OMG
great video, 1 question, can the speed of a wave (e.g. wave on a string) change by increasing the tension on the string?
yes it can. V = √f/√m/√L where f = tension
Anyone having trouble with this class or am I just dumb stupid
you're not the only one
1:29
I love you soo much
juju on that beat
Great video. One thing though: STOP UNDERLINING THINGS!
Hooke's Law: 0:00
Simple Harmonic Motion: 1:17
Waves: 3:34
Doppler Effect: 7:19
Wave Interference: 9:24
Standing Waves on Strings: 11:29
Standing Waves in Tubes: 14:34
Beat Frequency: 17:57
Test in 2 hours watched this at 3am and forgot everything
This video is exactly what i needed, thank you so much, and also the underlining was really good in my opinion, thank you again
Well i like the underlining though. For me I feel very active when you underline things
6:30
Why not post a PDF of the notes you are annotating?
These videos are very helpful!
For the first question, if a 2M mass was used, the pendulum should be longer, and both of the periods should increase, right? I am so confused.
thanks dude u saved me
Transversr and logitudinal Waves , are in simple harmonic motion ?
THANK YOU OMG
great video, 1 question, can the speed of a wave (e.g. wave on a string) change by increasing the tension on the string?
yes it can. V = √f/√m/√L where f = tension
Anyone having trouble with this class or am I just dumb stupid
you're not the only one
1:29
I love you soo much
juju on that beat
Great video. One thing though: STOP UNDERLINING THINGS!