Love From India. Thank you. We are thought this very early and expected to apply the concepts in Complex Rotational Dynamics Jee Problems right after they teach us XD. I wish there were such teachers in India as well.
Thank you so much. I am currently taking University Physics I, but my professor does not know how to teach. He skips doing problem, and just explains the basic stuff. Then, I have to teach myself, go through a lot of information to learn by myself. Please keep doing more physics lecture and problems, it will help me and other people. I appreciate your work!!!
Hello! I love your videos. It's super helpful and easy to understand! And it's definitely very entertaining. P.S. I have an exam in 3 hours, I'll keep you guys posted!
If the COM of the bicycle wheel was moving in a circle about some other axis (while not spinning around the axis of its COM), will the wheel just have linear kinetic energy?
I like the way he explained physics.... He gives practical demonstration of each topic and make it interesting to learn.... I wish I could have teacher like you.....😍🥰🥰👌
Man, you are awesome! I never comment on YT videos, but this is the only explanation I have understood fully thus far. Not to mention, the student skits are hilarious haha Bo always trying to be the cool one P.S : I tried organic chemistry tutor but just following the formulas blindly didn't really help me solve any problems on my own :(
@@FlippingPhysics Of course! I am actually using your videos to help me on a physics 1 college course, do you think you will at some point expand to cover other topics, such as fluid mechanics?
Yes, All the videos for that section are listed on my website: www.flippingphysics.com/ap-physics-1.html#rotational-dynamics If you'd prefer a RUclips playlist, click the "playlist" link.
I love showing this to the kids with the good old weights and spinning chair. Hard to rotate when weights are held out and easy to spin with arms in... pity i cant do the even more fun spinning on a set of gymnastics rings. So much fun. Thanks for the continually amazing videos!
Sir, Thank you for valuable class., here in this session we learn about the axis rotational moment of Inertia (I = mass * r^2).., can u please share with an example for object about to spin axis (Fly wheel )moment of inertia.., or both are same Rotation mass (I)
There is no kinetic energy in a moving mass there is force Mv squared kinetic energy is the energy of consistent work from a consistent force regards Graham Flowers
Thank you! You are a best teacher i have ever seen (From India)
Thank you! 😃
finally someone, thanks god I found you.... everyone else is just spitting up the formula without any physical meaning behind it
Glad you enjoy my approach. I find the physics makes more sense if you can relate it to something in real life.
Love From India. Thank you. We are thought this very early and expected to apply the concepts in Complex Rotational Dynamics Jee Problems right after they teach us XD. I wish there were such teachers in India as well.
I would say that, because you can learn from all of my videos, that I am right there with you, in India, teaching you. Best of luck on the JEE!
8:19 that nice. i what i was loking for. More radius more energy. potentialy instead add mass.
superb
i love u
hweel
It's the best way anyone could have ever explained me this topic. Thank you so much. Love from India!!
Thanks for the love!
Thank you so much. I am currently taking University Physics I, but my professor does not know how to teach. He skips doing problem, and just explains the basic stuff. Then, I have to teach myself, go through a lot of information to learn by myself. Please keep doing more physics lecture and problems, it will help me and other people. I appreciate your work!!!
I will keep making videos. Can you help me as well?
flippingphysics.com/help-out.html
Hello! I love your videos. It's super helpful and easy to understand!
And it's definitely very entertaining.
P.S. I have an exam in 3 hours, I'll keep you guys posted!
Glad to help you learn!
@@FlippingPhysics Update: I ranked 5th among the people who took the exam!
Flipping Physics is FLIPPING AWESOME!!
@@Justin-yd2to Congrats on your exam!
And I am glad you enjoy my work. :)
You have no idea how much you've helped me through my first college physics class. I love you.
I hope no eggs were harmed in the making of this video.
Does it "harm" the eggs to eat them? Because they were definitely consumed in an omelet.
Flipping Physics, Definitely not. They were just fulfilling their life's purpose.
Starting to think that Mr.P and Bo might be related
brilliant
hmm..does greater moment of inertia (resistance to angular accleration), mean lower angular velocity?
If the COM of the bicycle wheel was moving in a circle about some other axis (while not spinning around the axis of its COM), will the wheel just have linear kinetic energy?
Heyyyy thank uuuuu soooo muchhhh ,ur videos r just amazing.😍😍 May god bless u .
I just found this channel today and I love it
I like the way he explained physics....
He gives practical demonstration of each topic and make it interesting to learn.... I wish I could have teacher like you.....😍🥰🥰👌
Thanks. It feels good to be appreciated. Best of luck in your studies!
Man, you are awesome! I never comment on YT videos, but this is the only explanation I have understood fully thus far. Not to mention, the student skits are hilarious haha Bo always trying to be the cool one
P.S : I tried organic chemistry tutor but just following the formulas blindly didn't really help me solve any problems on my own :(
Thanks for the kudos my friend!
@@FlippingPhysics Of course! I am actually using your videos to help me on a physics 1 college course, do you think you will at some point expand to cover other topics, such as fluid mechanics?
is this video part of Unit 7 of ap physics 1, "Torque and Rotational Motion"? Idk where the playlist for torque and rotational motion is
Yes, All the videos for that section are listed on my website:
www.flippingphysics.com/ap-physics-1.html#rotational-dynamics
If you'd prefer a RUclips playlist, click the "playlist" link.
I really love the way you explained, its very clear💕
Glad to help!
This is Brilliant!
thanks for these awesome helpful videos
I love showing this to the kids with the good old weights and spinning chair. Hard to rotate when weights are held out and easy to spin with arms in... pity i cant do the even more fun spinning on a set of gymnastics rings. So much fun. Thanks for the continually amazing videos!
There are a lot of good physical examples of changing the location of masses to change the moment of inertia. Glad you enjoyed my video!
Sir, Thank you for valuable class.,
here in this session we learn about the axis rotational moment of Inertia (I = mass * r^2)..,
can u please share with an example for object about to spin axis (Fly wheel )moment of inertia.., or both are same Rotation mass (I)
Thank u Sir its a greatful classs .. I have cleared all my doubts....May God bless u....Isorna thwjan b sanu Amen...
Omg , finally. I understood rotational. Motion , expiation like osm ❤️❤️❤️❤️
Well now I broke some eggs. Lol.
u r really working hard....it feels like i am not studying,i am UNDERSTANDING!
sir but increasing distance will increase in lever mechanism....could you please explain..but in inertia is flip flopped
i love ur videos mr. p
Excellent explanations. No one can explain Physics better than Flipping Physics.
mindblowing
Greetings from Kenya. I love your work.🙏
Sooo helpful
thank u so much u save my life=))))
Wonderful!
Great sir. excellent explanation.Love from INDIA!
very smart
Creatively explained!
Thanks!
hloo sir im from india im preparing for jee really it is super are u from usa
Best of luck on the JEE!
@@FlippingPhysics Tq u sir
Excellent in every respect. Thank you.
starrting a 5 hour binge of all 40 videos, in preparation for my ap physics test. thanks bro
May I suggest a 5 minute break every 30 minutes or so? Give the body and brain a small break.
@@FlippingPhysics for sure!
DUDE u r good at ur wonder y u have less views nd likes . lots of love nd appreciation for ur work , from india
Thanks! Keep on learning, my friend.
Thank youuuuuuuu👀🥚🥚🍳
You are welcome!!!!!
Well that was absolutely GREAT!
You are amazing man! Thanks a ton
Incredible videos!!!
Keep it going ☺️
your students are very smart!
great
wonderful
Very useful to me
Great job! What does the symbol on your shirt stand for?
It's the peace symbol.
@@FlippingPhysics it's actually the campaign for nuclear disarmament, CND
Best physics teacher I have ever seen
Thanks!
Awesome you look like Leonard from TBBT
I have actually never seen the show...
@@FlippingPhysics you should check out
Miss Carlton If you see this I’m literally gonna fail 🤚😭💀
Thank you so much.
You are very welcome! I am glad you find it useful.
Amazing as usual!
Thank you!
There is no kinetic energy in a moving mass there is force Mv squared kinetic energy is the energy of consistent work from a consistent force regards Graham Flowers
What if the wheel also has translational velocity? Can you still use this same equation to calculate the total kinetic energy of the system?
The object would then have both translational and rotational kinetic energy. For example: www.flippingphysics.com/rolling-incline.html