This channel requires a lot of attention from all the physics students across the globe. I have studied so many concepts in physics through this channel from the last 2 years(or more) and now I am doing my bachelors in physics and I still love to watch these videos as they improve my understanding, every time I watch. Thank you sir!
I was studying shm and got a doubt in this topic, then I searched for clarification of the same but was unsatisfied with the results, n then I was thinking what was that channel ..as I was sure i'd definitely get smthng satisfying there, finally I found u again :)
Dude, yes! I don't know why this concept is so hard for me to internalize-I think its when books go straight from circular motion but use a sine wave. I'm like "what the heck, it's not circular, it's sine you moron!" But I was the moron. I think if I can keep the image of the yellow marker, the vertical dot, and the vertical dot with time in my mind, it should link the three. Thanks man. Great video.
I have a question,we all know that in UCM angular velocity (w) is constant ,thus any point on circumference of circle will have constant speed but we also know that in SHM speed of the particle keeps changing.(i.e speed is max in MEAN position and ZERO at EXTREME position) THEN HOW CAN PROJECTION OF PARTICLE PERFORMING UCM BE SHM????
I have several videos dedicated to this. I would try this one first: www.flippingphysics.com/shm-position.html or perhaps you would like the graphical approach better: www.flippingphysics.com/shm-graphs.html
I think this has already been answered but still, The body moving in circular motion has uniform speed and same tangential velocity (magnitude). But the component of tangential velocities along the x and y axes keep changing. At the bottom of the UCM, the body is just moving to the right and not up, tangential velocity's component along the SHM line(in this case y axis) is 0 which proves that though, a UCM has constant speed, but the component of its velocity about the standard axes varies with time and hence along that axis , the body is in SHM.
This channel requires a lot of attention from all the physics students across the globe. I have studied so many concepts in physics through this channel from the last 2 years(or more) and now I am doing my bachelors in physics and I still love to watch these videos as they improve my understanding, every time I watch. Thank you sir!
Wow. These are very kind words. Thank you so much. Really made my day. ... And now back to making videos.
Bhai ap mujhe help kr sakte hein physics me, now am preparing for jee
@@kiit8337 ha Bhai, what help can I do!
@@thetimetraveller2414 can u solve my general doubts if I will ask u through whatsApp
This channel is so awesome... like a 3 minute video cleared my basic concept of this topic in a very interesting way.... Many thanks.
You are very welcome. I am glad to help you learn.
This is the content we want from TH-cam❤️
Every time you upload it's like Christmas
Thank you for this. I put a lot of time and care in to the videos. It is nice to know they are appreciated.
The best explanation of SHM. Good job!
Thanks!
Circular motion when viewed from a side is known as simple harmonic motion. Has the best definition I have ever listened to.
Coming back to this video again two years later because I love it so much!
this channel is really awesome its makes the concept clear and doubt about the topics !
THANKSYOU SO MUCH
YOU ARE WELCOME!
One of the most underrated physics channels!
Thanks?
@@FlippingPhysics Wow you replied so fast! Just want to say, you deserve more subs which I have noticed other people have pointed out.
I think this is the problem --> th-cam.com/video/StULjqjJNPI/w-d-xo.html
Ive been teaching A Level Physics forty years and you are brilliant !!!!!!!!!!!!!!!
Thanks for the love!
I was studying shm and got a doubt in this topic, then I searched for clarification of the same but was unsatisfied with the results, n then I was thinking what was that channel ..as I was sure i'd definitely get smthng satisfying there, finally I found u again :)
loved the humor :D
very well explaind, thank you!
You are very welcome. So glad to help you learn.
Excellent video thank you.
You are very welcome. I was pretty thrilled when I thought of this video demonstration.
Dude, yes! I don't know why this concept is so hard for me to internalize-I think its when books go straight from circular motion but use a sine wave. I'm like "what the heck, it's not circular, it's sine you moron!" But I was the moron. I think if I can keep the image of the yellow marker, the vertical dot, and the vertical dot with time in my mind, it should link the three. Thanks man. Great video.
Great video sir this video really helped me out 🙏
From 🇳🇵
I am from Pakistan and I love yours videos.Thanks for clearing our concepts.
Thanks a lot, especially in the online learning period I would not understand it better
This is very fascinating, SHM was always my kryptonite, so thank you. From Shanghai.
Ha ha ha.... So you think you are superman!!!
Was literally revising this and then saw this video
I hope it was helpful then!
OHH THANK YOU! My textbook got me so confused! This claried right RIGHT up
Nice Annimation & Explanation Professor... Thank You...🤝🙏
thank u sir u explained very well
You are welcome.
Omgosh! This Is co damn cool, I should have discovered your channel earlier 😍😍😍
❤️
Mhmm. Sine and cosine waves. So useful.Also fun functions to take derivatives of. =D
Yes. Derivatives will come soon enough.
fantastic explanation
this is so cool and well explained it makes me want to cry
I hope they are tears of joy...
Hi Physics people - I love this video
found this video for topic SHM..good explanation
Ahhh....my physics marks goes to you boys....... Brilliant explanation... Thank you soo much bro
you are a blessing, Thank you
Well yes, and two simple harmonic tendencies with one offset from the other, each defining an axis makes a circle
Very true. Thanks for the reminder.
Dayn Roberts, you are correct. See => www.flippingphysics.com/circular-motion-sine-cosine.html
Genius
Excellent demo!!
Thanks!
Now I really understood about it.Thanks!! : )
Again you answered my question
You are amazing.....
That was best killer visualization i had seen...
Thanks!
Awesome!!!
O wow
Today this video has cleared my concepts
U was looking for such video😊👍
Glad to help you learn!
Hello Leonard from tbbt!
Crystal clear
My teacher sent me here. Hello my friend.
Hello there.
O my god, wow its all clear now, thank u so much dude...
Always welcome
1:11 "There's a lot going on in this." 🤣
This is great!
may i ask what is the restoring force in circlular motion i cant identitfy it
Bruh i was totally confused, until this video poped up
Wonderful brother
Thanks!
this is amazing
thank you
Tysm sir!
AMAZING
Very good channel iam from India awesome bro
Thanks!
These students are my 3 brain cells when I study
Me too
👍👍👍👍
I have a question,we all know that in UCM angular velocity (w) is constant ,thus any point on circumference of circle will have constant speed but we also know that in SHM speed of the particle keeps changing.(i.e speed is max in MEAN position and ZERO at EXTREME position) THEN HOW CAN PROJECTION OF PARTICLE PERFORMING UCM BE SHM????
I have several videos dedicated to this. I would try this one first: www.flippingphysics.com/shm-position.html or perhaps you would like the graphical approach better: www.flippingphysics.com/shm-graphs.html
I think this has already been answered but still, The body moving in circular motion has uniform speed and same tangential velocity (magnitude). But the component of tangential velocities along the x and y axes keep changing. At the bottom of the UCM, the body is just moving to the right and not up, tangential velocity's component along the SHM line(in this case y axis) is 0 which proves that though, a UCM has constant speed, but the component of its velocity about the standard axes varies with time and hence along that axis , the body is in SHM.
Awesome
Thannnkkk youuuu
Muito bom !!!
in SHM , velocity becomes zero at extrems, not in Circular motion.
Correct
Did u know? I love u from now on😂
I love u
I am blind! I can't see
selam canlar
That intro was a bit informal and not good for professional videos in my opinion
i swear to god i thought that shm is misspelled smh
anyone from AIUB?
i brought mass
Always a good move. Not really helpful with this lesson though...
Guia do PAS
Thank you
You are welcome