How to determine acceleration due to gravity using a simple pendulum

[@shabanamoona3231]

You deserve so many more subscribers! Absolutely wonderful :)

[@tamerdarweesh4520]

Shabana Moona thank you so much for your kind words. 😄

[@diptihehehe2768]

Something worth watching and understanding. Thank you,Sir! :")
Only if our physics demonstrator cared to explain well,I'd not be looking for this. :)

[@tamerdarweesh4520]

I hope you have enjoyed it.

[@thatweakpowerlifter2515]

Thank you sir.

[@arcollaboration9380]

Awesome explanation Sir, Respect.Helped me a lot.

[@tamerdarweesh4520]

Thanks for your positive feedback.

[@darcyliliana4907]

Thank you so much helped me alot ! 💖 how do you tie the spring tho ?

[@cookiecoucou5006]

Thank u sir. 🙏🏾🙏🏾🙏🏾

[@tamerdarweesh4520]

You're always welcome.

[@wptrpriyadarshana6587]

can you add a animation video for kater's compound pendulum

[@aaliyahdaniella5187]

Thanks this was very helpful ! Can you give me so guidelines or questions when writing the discussion ?

[@tamerdarweesh4520]

Aaliyah Daniella Would you please clarify your question, so I can be helpful for you???

[@aaliyahdaniella5187]

Tamer Darweesh I just wanted to ask for assistance when writing the lab report; discussion. Like what questions I should answer and what exactly shall I talk about. Thanks

[@tamerdarweesh4520]

I think the discussion should include: what is the effect of changing the mass hanging from the thread on constant length?, what is the effect of changing the length with constant mass?, What would happen to the periodic time for the same length and mass on Moon and Jupiter?
In general: What are the effective factors and what are not?
And if you teach (assuming you are a teacher :)) the spring pendulum, students would compare between the factors affecting both of them.
Is it helpful or not yet?

[@darcyliliana4907]

Tamer Darweesh Surely helped me thanks 😃

[@mollyfraha723]

Well explained... Respect☺️☺️☺️☺️

[@tamerdarweesh4520]

Thank you.

[@yar_24]

thank you so much, respect

[@erumfatima5518]

Thank you Soo much sir.....huge respect

[@tamerdarweesh4520]

Erum Fatima thanks a lot for your kind words.

[@amoora2235]

دكتور مصري رائع

[@llawliet5009]

Thank you so much sir..... I appreciate the effort

[@tamerdarweesh4520]

L Lawliet I hope you'd enjoy it. thank you.

[@llawliet5009]

Tamer Darweesh yes sir.. I not only enjoyed it but also learned something new, which of course would help me in my practicals tomorrow.. Thank you again sir.

[@Amshadmivadu]

Sooperrr sirr and thank uuu verry very much

[@tamerdarweesh4520]

I hope it was good and helpful.

[@sadafambreen7735]

Sir, is this same for B. Sc third year?
Determination of g using simple pendulum

[@tamerdarweesh4520]

It is the same for any grade, Don't worry.
It is applicable at any place has a gravitational field.

[@sadafambreen7735]

Thanks

[@ayushrajput1414]

The Bob is hitting his........ 😂😂😂😂

[@shibsankarsarkar859]

😂😂😂🤣🤣🤣

[@jaieshsingh4661]

Sir why it (angle)shouldn't be more than 15 degree

[@FlamingDutch]

for pendulums less than 15 degrees, the restoring force is proportional to the displacement from rest, exhibiting simple harmonic motion.

[@exisixen]

thanks bud :)

[@Anoopsrivastava0101]

well explained sir 😀

[@tamerdarweesh4520]

apple videos Thanks a lot for your supportive feedback. 😄

[@sabakoushar9329]

Hit like if U watch this video
One day before your practical....
😜😜😜