What I never understood is that, the error can be more than what you calculate. So what's the point?

This is brilliant, thank you so much

Wow. Thank you for this wonderful explanation

Been struggling with this for a long time, making educated 'guesses'. But this video explained it so perfectly clear. THANK YOU✌🤎🤍

06/06/24 15:25

This is a great video! Super helpful and easy to follow!

This is exactly what i was looking for hours wasting my time in other related videos.direct to the point making it easy to understand for anyone with no much knowledge

Thank you so much! I've been looking for an explanation on errors for so long!

Best explanation 😊

But how to measure uncertainty of the measured thing?

Thank you so much for this amazing video!

Old videos are always fabulous!

Gold

perfect video, done better than any ive seen so far

Hello. I love you. Goodbye

I found treasure! Thank u

It was really instructive. I shall be grateful to you if I have your opinion about my video in this topic.

This is the only video one needs to see

Someone stirring macaroni lightly in the background

where may i find more like this?

Is this the same people who were digging up bones?

Don't forget that meaningful uncertainty results must lie within the bounds of the significant figures of datum (measurements). For example if I am using a meter stick w/ cm and mm div to measure length is an uncertainty of 10E-5 m reasonable?

Hell yeah I can read the wikipedia article now!!

asmr sound nice<3

This video is so so helpful. I spent nearly an entire semester in physics confused on this topic where our lab instructor never fully explained the topic and now I understand in less than 10 minutes.

cannot stress enough how useful this single video is. Fanstastic job, really

amazing video

Oh my god this was super specific and clear thank you

Brilliant

lifesaver!!

Hi Please, can someone help? How can I calculate the uncertainty on this ratio c=(x+y+z)/w ? Knowing that all x, y, z and w are variable and I know their uncertainties Thanks in advance

Very useful, thank you

2:35 omg!! that scared me...I was listening to this in pitch darkness lol. Great content Thank you!!

wow❤🇧🇩

Perfect delivery

Why is this method different from the one which we use to do in high school physics, what i mean to say is that we just used to add the uncertainities back then. But here we take the square root of the whole squared uncertainity??? Edit: got the concept after watching the full video, btw thanks a lot😀

2:35 i was watching this at 3am and i got a fucking jump scare thank you very much -_-

This is unbelievably clear! Thanks a lot!

thank you so much

I hate the sound she make after explaining like she was eating something

Surprisingly intuitive

I have no idea whats going on with this dK OVER dV and these partial derivatives I forgot calculus omg

This video is old, but has saved me so many times in Physics. I appreciate it so much. Thank you.

Thank you so much for this!