Meter Bridge - Unknown Resistance - Practical

[@shyamsinghyadav1116]

A well mannered explanation by you sir 👌👌
Thank you sir

[@arjunbverma1351]

🎓🎓😇😇😇😇🎓🎓
👑Sir you are a legend 👑
🙏🙏👍👍👍👍🙏🙏

[@ajk499]

Nice explanation ❤

[@mr.susant3442]

Sir really beautiful explanation...
And many many thanks for illustrating using models...
🙏🙏

[@aishwaryasgalaxy824]

🙏🙏nice explanation sir

[@sakshikumari814]

Thank u so much sir. Mera practicals h kl.Ab mai apna best dongi

[@physicswithsir]

All the Best Beta 👍

[@sakshikumari814]

@@physicswithsir thanks sir

[@aryansingh383]

Sir, mera kl practical hai plus school mai bhi kuch nhi krvaya hai but practical le rehe hai
This video help but there will always need of physical 🥲

[@physicswithsir]

You are right. It's sad.

[@8055aib]

Thank you so much sir for the video

[@ezekielebute8173]

Thanks for the explanation

[@sohinikhan6446]

Thank you sir

[@drammehbiran]

Thanks so much sir

[@physicswithsir]

@@drammehbiran Thank You so much. If you want me to shoot video on any topic of your interest/need, kindly message. I will be happy to teach. 😊

[@ravipandey-rx8oq]

Thankyou sir

[@nneomasusan7967]

Thank you sir for your explanation, but I have a question. After writing down the equation for the balance point of the metre bridge, how do we calculate this: R=(100S/L) - S

[@physicswithsir]

Let us say, the balance length L= 42 cm; then 100-L will be 100-42 = 58 cm. Use the value of S in the resistance box while obtaining balance length. You will get R. I hope I am clear. 👍

[@sachhi64]

Thanks

[@stutiisharma1330]

Thanku sir

[@athulkz]

🤔

[@pastoryfabianitarimo1746]

Thank u sir