Bro wtf i acc understood it now. Thank you man

THANKS A LOT

Thank you so much bruv, I thought I'd never understand this🗣️

That string was taught by Oxford

Buttt whyy must there be an Ax it works okay w a constant too dosent it

You're amazing!!!!

For the horizontal, isn’t v 25cos30 too?

Trying my hand at nonlinear dynamics and this is the first method they teach. Makes much more sense in your video than in the textbook, thanks for being awesome!

Why is 'a' not negative in the particle being pulled up?

honestly bro thank you so much the hardest part of a level maths if finding the questions i appreciate it thank you

Thanks

A great method based on geometrical approaches. Which screen annotator are you using? I am a teacher and looks amazing! Be well!

this helped a lot thanks!!

thanks man

Wow...I am blown away by the quality of this video compared to all other videos I have watched on this topic. Thank you so much - this was very informative!!

and do we need to know what height it will reach

does. it make A to move up again after the string becomes taut

thanks for the video. Very helpful

Hello! Noticed that you haven't posted in a year now, will you perhaps make a comeback in the future? Much appreciation for yr tutorial guides ^^

literally couldnt better

You haven’t posted in a while. Don’t give up your videos are amazing. I pray u become famous.

thanks for the video

Fantastic, very clear, thanks so much for this video

i see you aren’t getting a lot of notice here on youtube. i just want to say that i’m sure you’ve helped a lot of people with this video (including me) so thank you and keep doing what you do!

Yes of course 💓 This is very useful and good luck for further improvement

Super explanation

very helpful ,thanks

thanks, super helpful

MORE PULLEY PROBLEMS - kzbin.info/www/bejne/Z2mzaqSCbb57eLM

were you inspired by my comment earlier today :)

for this question, does g=9.8 so we can have a decimal answer for the first part?

WATCH NEXT: Variable Acceleration Problems - kzbin.info/www/bejne/rqjGqKNqjb6LmrM

Nice handwritten integral symbol! ∫∫∫

Great brother

Thank you! Really helped

Another great vid 👍 Could you perhaps do a tutorial on Trig integrals?

WATCH NEXT: Numerical Integration using Simpson's Rule - kzbin.info/www/bejne/hKvFgYJ8o7uSpaM

Would you be able to do As level mechanics pulleys, great video by the way!!!

Please make a video on circles and straight line graphs, year 1 a level maths :)

y=27+10√2 Miltos Chatzigrigoriou Vasilika, Thessalonikis

👍🏼

Thanks for video ❤