Thank you very much for the response, I will keep on trying to work on more videos if you have any papers you faced difficulties accessing please do mention them and if you have any challenges on questions just shout👍👍, Stay Humble, Stay Curious, Physics is far greater and fun than people think
Sir you put alot of effort into these videos thanks Alot! still am amazed how did the examiner give a university level question in this paper mcq 12 was 🤯
Okay at the maximum displacement the velocity has to be zero so that you turn back and actually reach maximum, so velocity can't be at maximum because we can't reach a max displacement if the velocity is not zero. I hope it makes sense do ask if you have any concerns
Particles at equilibrium do move, but its just that at that point in time the displacement from equilibrium will be zero, but moments later the particles are still moving up and down, so there are no particles that do not move, All particles move up and down at any given time
Ok 👌, good question, since the steel and brass are in series (one after the other) they both experience the same force of 40 N, so the steel is carrying the load and the brass is also carrying the load and the weight of the steel wire, but we might assume that the weight of the steel is negligible in a way
Thank you very much that is an excellent question. ***** So the question said error, now if you look at an error, you were supposed to get something but you got something else so error = actual value-measured value The percentage error will be that error divided by the actual value *100. **** So I used 12 as my error and 600 as my actual because look if we lose 6 on this side and 6 on that side the new reading will be 588 so error = 600-588 = 12 *** It is worth noting that people, including myself often use error and uncertainty interchangeably but they are actually pretty different, an uncertainty is a range we give ourselves and we expect the actual answer to lie in that range, and an error well is just the difference in what we got and what we actually had
So sorry for the long response, I hope it helps please do comment if you have a follow up question or another question you have I would be happy to help❤️
@Life_and_academic_Motivation thank you so very much for replying. i was spending the past hour or so very confused with this question, and i understand it now. you also clarified a doubt i had about the difference between errors and uncertainties, so thank you.
Thankyou so much Sir! Don't know where I'd be without your channel at this point 💗Finally understanding these questions
Thank you very much for the response, I will keep on trying to work on more videos if you have any papers you faced difficulties accessing please do mention them and if you have any challenges on questions just shout👍👍, Stay Humble, Stay Curious, Physics is far greater and fun than people think
Sir you put alot of effort into these videos thanks Alot! still am amazed how did the examiner give a university level question in this paper mcq 12 was 🤯
Thank you very much, do speak out if there is anything that is unclear or any question you need help with , I will be happy to help
for q23, why not B, i thought at B highest kinetic energy
by the way thank you for the video until now u are the best at explaining physics
Okay at the maximum displacement the velocity has to be zero so that you turn back and actually reach maximum, so velocity can't be at maximum because we can't reach a max displacement if the velocity is not zero. I hope it makes sense do ask if you have any concerns
@@Alevel_Physicsooooohhhh I see omg ur such a genius😭😭😭😭😭
@cappybaraeats come on you guys are doing all the work, keep it up, physics is quite fun
Thanks for all the effort sir
Thank you very much, please do comment if there is anything unclear anything you need to be answered
sir, at 40:02 i have also heard that particles at equilibrium do not move, if im wrong can u plz explain when does that concept apply?
Particles at equilibrium do move, but its just that at that point in time the displacement from equilibrium will be zero, but moments later the particles are still moving up and down, so there are no particles that do not move, All particles move up and down at any given time
I hope that makes sense please do ask if you have any follow up questions
@@Alevel_Physics thank u sir, great explanation
i owe you
sir, why does steel and brass both have the same force of 40? shouldnt it be 20 each? 34:21
Ok 👌, good question, since the steel and brass are in series (one after the other) they both experience the same force of 40 N, so the steel is carrying the load and the brass is also carrying the load and the weight of the steel wire, but we might assume that the weight of the steel is negligible in a way
great content!
Thank you very much, do ask if you have any questions or anything that is unclear
❤❤❤
5:52 why did you put 12 in place of uncertainty to calculate percentage uncertainty?
Thank you very much that is an excellent question.
*****
So the question said error, now if you look at an error, you were supposed to get something but you got something else so error = actual value-measured value
The percentage error will be that error divided by the actual value *100.
****
So I used 12 as my error and 600 as my actual because look if we lose 6 on this side and 6 on that side the new reading will be 588 so error = 600-588 = 12
***
It is worth noting that people, including myself often use error and uncertainty interchangeably but they are actually pretty different, an uncertainty is a range we give ourselves and we expect the actual answer to lie in that range, and an error well is just the difference in what we got and what we actually had
So sorry for the long response, I hope it helps please do comment if you have a follow up question or another question you have I would be happy to help❤️
@Life_and_academic_Motivation thank you so very much for replying. i was spending the past hour or so very confused with this question, and i understand it now. you also clarified a doubt i had about the difference between errors and uncertainties, so thank you.