This looks great! This is going to be a very popular video, I suspect. Fun and jam-packed with good physics. Also, it's helpful that you included those "if this increases but that stays the same.." type-questions at the end, especially since those have been showing up with increasing frequency in the AP exam (the C one at least) lately.
Thanks. I truly enjoyed making it. I actually filmed the ballistic pendulum demonstration 3 different times over 3 different days with slightly different setups to get it just right. I am very happy with the end result.
Pls dont stop uploading🙏🙏🙏🙏🙏🙏🙏🙏🙏I love u.❤️❤️❤️❤️ Also pls add these kind of visualisation .. more visualisation,more interesting to watch.pls....😭😭😭 pls add more visualisation and daily life application of each concept.😭😭❤️❤️❤️❤️❤️🙏🙏🙏
Thank you so much for this explanation Mr. P! I usually have a harder time solving questions with no numbers given(numbers dependency D: ), but this video made things easier for me :D, and do you have any more tips on how to solve questions without numbers given? I would appreciate the help!
may i ask why does the momentum right before the collision increase when the mass of the wood block increases isnt the velocity of the wood block zero and thus no change happens to p1?
I have a question,normal and tangential acceleration are components of acceleration in non uniform circular motion ,similarly is angular acceleration a component of the acceleration in non uniform cirvular motion ,coz its perpendicular to radial and tangential components making them the three mutually perpendicular components of acceleration
Interesting observation. Not sure where your question is, but I will advise that the direction of angular quantities is really just a matter of convention, that we define them in the direction of the axis of rotation. It doesn't mean anything is physically happening in that direction, it is just our convention for keeping track of these quantities, and the binormal direction (axial direction) is the direction with the fewest arbitrary decisions we would need to make, in order to assign it. Angular acceleration also has different units than the linear acceleration, so it isn't something you could add up with linear acceleration. Indeed, the two linear accelerations of centripetal and tangential acceleration are coexisting, and do add up to form the total acceleration. Total acceleration has a component that changes speed, and a component that changes direction.
Sir plz take doubt sessions I am preparing for jee and doing self study....and i face doubts in physics It will be a great help if you take doubt sessions...plz sir
Looks good. In the future, do you think it makes sense to discuss more than just ↑ and ↓ when looking at equations for this purpose (going numerical, like doubling initial velocity)? I guess if you're doing that many comparisons, and just doing sense-making, ↑/↓ is probably enough. Also, for these equations, there aren't simple relations, so I guess I just talked myself out of that, but you could mention that doubling initial velocity results in a new height that is less than double the previous height.
POV: you started by watching videos because you needed help with physics, but now you watch him for fun
Do be like that
You just make learning fun. Thanks for the great explanations.
Glad to hear that!
i am so lucky i found this channel
This looks great! This is going to be a very popular video, I suspect. Fun and jam-packed with good physics. Also, it's helpful that you included those "if this increases but that stays the same.." type-questions at the end, especially since those have been showing up with increasing frequency in the AP exam (the C one at least) lately.
Thanks. I truly enjoyed making it. I actually filmed the ballistic pendulum demonstration 3 different times over 3 different days with slightly different setups to get it just right. I am very happy with the end result.
Excellent one. Sumamrizes the momentum, collision and Mechanical energy. Thanks for sharing this.
Wow thank you sir for this.... Helped me in my JEE preparation ,this problem came in advanced jee
I love the demo and the production. Thanks for sharing.
You are welcome. Thanks for learning!
Pls dont stop uploading🙏🙏🙏🙏🙏🙏🙏🙏🙏I love u.❤️❤️❤️❤️
Also pls add these kind of visualisation .. more visualisation,more interesting to watch.pls....😭😭😭 pls add more visualisation and daily life application of each concept.😭😭❤️❤️❤️❤️❤️🙏🙏🙏
Thank you so much for this explanation Mr. P! I usually have a harder time solving questions with no numbers given(numbers dependency D: ), but this video made things easier for me :D, and do you have any more tips on how to solve questions without numbers given? I would appreciate the help!
Great!!!! Useful, thank you Mr P👌👍
You are welcome!
may i ask why does the momentum right before the collision increase when the mass of the wood block increases isnt the velocity of the wood block zero and thus no change happens to p1?
Good Job , nice
Thanks!
I have a question,normal and tangential acceleration are components of acceleration in non uniform circular motion ,similarly is angular acceleration a component of the acceleration in non uniform cirvular motion ,coz its perpendicular to radial and tangential components making them the three mutually perpendicular components of acceleration
Interesting observation. Not sure where your question is, but I will advise that the direction of angular quantities is really just a matter of convention, that we define them in the direction of the axis of rotation. It doesn't mean anything is physically happening in that direction, it is just our convention for keeping track of these quantities, and the binormal direction (axial direction) is the direction with the fewest arbitrary decisions we would need to make, in order to assign it. Angular acceleration also has different units than the linear acceleration, so it isn't something you could add up with linear acceleration.
Indeed, the two linear accelerations of centripetal and tangential acceleration are coexisting, and do add up to form the total acceleration. Total acceleration has a component that changes speed, and a component that changes direction.
Sir plz take doubt sessions
I am preparing for jee and doing self study....and i face doubts in physics
It will be a great help if you take doubt sessions...plz sir
Sorry. That is not something I am currently planning to do.
Best of luck on the JEE!
@@FlippingPhysics okk sir
But it will be enough if you answer my doubts in the comment
Thanks for replying sir☺️☺️
Ya the physics works.
The physics works!
Looks good. In the future, do you think it makes sense to discuss more than just ↑ and ↓ when looking at equations for this purpose (going numerical, like doubling initial velocity)? I guess if you're doing that many comparisons, and just doing sense-making, ↑/↓ is probably enough. Also, for these equations, there aren't simple relations, so I guess I just talked myself out of that, but you could mention that doubling initial velocity results in a new height that is less than double the previous height.
I have done those types of problems a few times. It's been a while though. Maybe I'll add a couple in the future.
where did you get the blow gun was it home made ?
I made it!
@@FlippingPhysics WOW ,NICE DARTS AND I ASSUME PVC PIPE ? GOOD JOB BRO !!!!
Thanks. Yes, that's a PVC pipe.
@@FlippingPhysics i been a fan of blowguns for years bro .
Nice vedio
Thanks
Noice
Thainks
Anyone notice the soap box-