you're a lifesaver! thanks for teaching a lot of things in 10 minutes much more than the teachers we have in our university, you deserve all the credit!
Thank you very much for your help! my brother recommended you to me as he has gotten 5 in both electricity and mechanics due to your help! You are a lifesaver as you explain them in a very simple way , much better then the teachers I have at my school.
It stands for Advanced Placement. In some places (possibly most places) they can count towards a college credit. It's taken in high school but it's essentially the same subject matter as in first year university. I'm in Canada (specifically Ontario, because someone might say it's different in their province) where schools don't have AP classes except for in IB programs or private schools.
Hey, an actual teacher. If my physics professor was 1/5th as good at teaching as you are then I wouldn't have to spend 12 hours a week teaching myself and doing his impossibly hard homework assignments.
Just as a minor gripe about the last problem you did. You state the net torque is zero but that is not true. a zero net force does NOT imply a zero net torque. If you carefully apply Newton's laws for torque you find that the Sum of all the individual torques does not equal zero. The simple way to fix this is to state that the normal force does NOT go through the axis of rotation. The platform the disk stands on can certainly apply a counter torque to make the net torque zero. Just don't say that the Normal force goes through the axis of rotation, otherwise the torque due to the normal force is zero and therefore there exists some net torque by the sandbag.
I love the small and large I and the small and large omega. Very good teaching strategy
you're a lifesaver! thanks for teaching a lot of things in 10 minutes much more than the teachers we have in our university, you deserve all the credit!
Thank you very much for your help! my brother recommended you to me as he has gotten 5 in both electricity and mechanics due to your help! You are a lifesaver as you explain them in a very simple way , much better then the teachers I have at my school.
Uploader has a knack for keeping things simple. Thankfully
It stands for Advanced Placement. In some places (possibly most places) they can count towards a college credit. It's taken in high school but it's essentially the same subject matter as in first year university. I'm in Canada (specifically Ontario, because someone might say it's different in their province) where schools don't have AP classes except for in IB programs or private schools.
Hey, an actual teacher. If my physics professor was 1/5th as good at teaching as you are then I wouldn't have to spend 12 hours a week teaching myself and doing his impossibly hard homework assignments.
This video was very helpful. Thanks for taking time out of your day to help strangers.
your videos are helping me through college physics, you are more helpful than my professor..Thank you so much!
Love your videos. You're hopefully helping me ace my test tomorrow.
Thank you very much for this great video !
Keep posting videos so I can keep learning better,
you teach the subject better than my professor.
bro is singlehandedly carrying the entire ap physics class
thank you so much for posting these tutorial video... You are such a great physic teacher
Great video! Thanks for the all the work you put into it.
you should upload more videos
you are very good teaching, thank you for your help
you have all my upvotes from my 6 different accounts
keep it up... you are doing great.
What year is this for? A level? GCSE? I don't know, I was just interested in knowing what angular momentum was. Sort of understand it.
Just as a minor gripe about the last problem you did. You state the net torque is zero but that is not true. a zero net force does NOT imply a zero net torque. If you carefully apply Newton's laws for torque you find that the Sum of all the individual torques does not equal zero. The simple way to fix this is to state that the normal force does NOT go through the axis of rotation. The platform the disk stands on can certainly apply a counter torque to make the net torque zero. Just don't say that the Normal force goes through the axis of rotation, otherwise the torque due to the normal force is zero and therefore there exists some net torque by the sandbag.
Why do you use "prime" for the final values of variables? wouldn't that be confusing for someone who is thinking about derivatives?
GREAT EXPLANATION!!!!!! Thank YOU
u saved me....very helpful
Are those "primes" derivatives or something else?
is AP the same as first year undergrad? i'm not american but this is helping with that a lot.
Great videos--wish google made it easier to follow a sequence
Wow my physics class would be way better if instead of my professor trying (emphasis on trying) to teach they just played your videos.
thanks for the video! Very helpful
Well done tutorial! :)
Veery helpful. Thanks
Thanks a lot!
@theben00101 same here. Good luck today.
why W is bigger when Inertia is less!
great it seems wei too easy when you doit
best
what's I ?
google maine south ap physics