I have scoured TH-cam for hours trying to find this exact explanation to understand how resonance works, I couldn’t understand why and how the waves would return. This was explained in a way that I could easily understand and now it all makes sense! I’ve never taken physics in my life, I just wanted to understand the concept. Waves are super cool!
Should really have watched this in high school. Now I'm in college studying optics. It took me years to figure out how standing waves work. This video explained it to me clearly in minutes. Thanks a lot, Mr. Anderson.
Thank you so much!! Your videos are amazing and so helpful. I can't imagine where I would be w/ my science studies without you, Mr Anderson!!!! Thank you so much again! Keep up the great videos :)))))))
Can someone please help me? Why does anti reflection coating of lenses have to be a quarter of the wavelength of light, if both of the reflected waves (from the first surface and the second surface) will undergo 180 degree phase change? Won't they interfere constructively in any way, despite the thickness of the coating, since the reflected rays will be exactly the same as the incident wave, except they BOTH will be 'flipped upside down', having the same phase (no phase change between the two reflected waves)? Both of the reflected waves should undergo 180 degree phase change and therefore, interfere constructively.
the fixed end is fixed . when the last particle of the slinky exerts an upward fore on the first particle of the fixed rod its unable to move it , but there's the Newtons third law of motion that exerts a reaction force in the opposite direction to that of the force exerted by the last particle of the slinky hence now the slinky has an inverted pulse
I have scoured TH-cam for hours trying to find this exact explanation to understand how resonance works, I couldn’t understand why and how the waves would return. This was explained in a way that I could easily understand and now it all makes sense! I’ve never taken physics in my life, I just wanted to understand the concept. Waves are super cool!
Your videos are life savers. Thank you Mr Anderson!
Daniel.C.M slick
The use of the flow chart is super helpful and organized. It really puts everything into perspective. Thanks Mr. Anderson!
Should really have watched this in high school. Now I'm in college studying optics. It took me years to figure out how standing waves work. This video explained it to me clearly in minutes. Thanks a lot, Mr. Anderson.
was so clear! when the waves subtract and add, also the free end and the fixed end.
the slinky thing was so good
Thank you so much, best video ever!!!
Your explanation makes physics appear to be simple. Thank you so much sir!
you are my professor and i am always thankful to you
It’s 5:00 in the morning and I’m studying for my exam . After 3 hours my exam will start wish me luck 👍🏼👍🏼
How did the exam go
@Henson Brown It's so funny that someone failed their exam right
Thank you so much!! Your videos are amazing and so helpful. I can't imagine where I would be w/ my science studies without you, Mr Anderson!!!!
Thank you so much again! Keep up the great videos :)))))))
جزاك الله خير 😊
بحق الجحيم
i love this man i can do anything for him
Great video. Thank you for sharing your perception.
Very cool mr Anderson
Very clearly explained.thank you so much!!
Mannnn. Soo good
Brief and effective.
Thanks Mr Anderson
thank- you MR Andersen.
alex zeilo yw!
Thank you so much in this clarification and eloquent explanation of waves.
This is very cool
Very well explained!
thanks this helped a lot with my sci homework
Thank you...📯
How it is destructive I saw in the animation that they bounce back so it is not actually nullifing the effect
Who would dislike this video??
Thank you so much! It helped a lot.
Perfect sir. That was of course helpful
So helpful 🤝
Thanks Soo much
Thank u so much.U saved my life. I understood with u
Fatma Nur Üstün hmu
Nice video
It's so beautiful！！
Thankyou so much. This was so helpful ❤️
Thank Unacademy for increasing your views!!!
Why do you explain it better than my teacher?
it was osm video......
u deserve 10000000000 likes
Can someone please help me? Why does anti reflection coating of lenses have to be a quarter of the wavelength of light, if both of the reflected waves (from the first surface and the second surface) will undergo 180 degree phase change? Won't they interfere constructively in any way, despite the thickness of the coating, since the reflected rays will be exactly the same as the incident wave, except they BOTH will be 'flipped upside down', having the same phase (no phase change between the two reflected waves)? Both of the reflected waves should undergo 180 degree phase change and therefore, interfere constructively.
Nice bro .... Thanks
thanks mate
thank you I understood tat very clearly
Thank you .
OMG u saved my life
Yay, thank you.
thanks man
Hey +BozemanScience what kind of mic do you use?
Mulcman124 I use a Samson USB Go Mic
+BozemanScience Thank You!
thanks sir
Thanks sir
cAN ANYONE EXPLAIN WHY DOES THE WAVE GETS INVERTED WEN IT HITS A FIXED END ??
I have the same doubt mukul
the fixed end is fixed . when the last particle of the slinky exerts an upward fore on the first particle of the fixed rod its unable to move it , but there's the Newtons third law of motion that exerts a reaction force in the opposite direction to that of the force exerted by the last particle of the slinky hence now the slinky has an inverted pulse
it tries to go up but it cant cause its fixed, so it gets jerked downwards instead
Due to the fixed ratio point on the inverted time fraction zone...
perfect response
Nice
i LOVE U
Mr. Anderson what camera do you use? It seems to have a lot of features!
Deadshot 08 YT nykon pro 1150
Its Mister Weeks
what grade do you teach
nice
🙌🏽🙌🏽
F
I’m so confused
First