Resultant Force

[@Soap0]

I FINALLY GET IT THANK YOU

[@MrRuelTuition]

That's really great. You're most welcome!

[@danielhissi585]

Thank you sir ...

[@selcouthsweven1795]

thank you for the video !!

[@MrRuelTuition]

You're most welcome! 😀

[@mimilynmm]

thank you sir

[@brauq]

THANK YOU 10X

[@MrRuelTuition]

You're most welcome! 😊

[@hashuwinsaravannan9717]

Thanks sir!

[@MrRuelTuition]

You're welcome! 😊

[@kameyay]

truly love ur videoss !!!

[@MrRuelTuition]

Thank you! I hope they are helping you learn and enjoy the process. 😁

[@arkeshwaranarkesh2291]

Thank you 👍

[@aqihsna]

thank you sir!!

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Who is watching in 2024? Give attendance in the like button

[@ahmadrazi4747]

Thank you sir 🥰

[@lim5847]

thnks a lot sir!

[@wahyihidayat8834]

youre really greatt sir thanks

[@MrRuelTuition]

Thank you for your kind words and keep up the great learning attitude. 💪🏽💪🏽

[@hungryshark8393]

Sir, how to calculate the resultant force for a pulley system?I can find the tension and acceleration but I always get wrong for the resultant force even when I substitute everything back into the equation I formed earlier.For example (Resultant force=W-T)

[@MrRuelTuition]

First you need to determine the direction of acceleration of the object in the pulley system. That will be the direction of resultant force. Then, you form your equation taking the direction of resultant force as positive and the opposite direction as negative. Try it this way and see.

[@hungryshark8393]

@@MrRuelTuition Okay sir, thank you

[@janajsureshkumar2486]

sir i have doubt if the resultant force is zero is that means that the forces are in equilibrium

[@MrRuelTuition]

Yes that is correct

[@BettyMabheure]

Thank you sir