initially i solved it by neglecting the radius as you mentioned, but when i started your watching your intro, i paused it and resolved considering radius and could solve it, boosted my confidence!! Thanks sir
Sir meine ke aur method socha hai, Sir jo dono m2 parts hai unki na KE same hogi toh hum kya karsakte hai ki kisibhi ek part ko leke ek uss belt pe dm mass lete hai and uski general velcity likh ke phir elemental kinetic energy nikal lete hai, jo theta ke terms mein aayegi, where theta is the angle b/w v and rw, phir usko integrate karke double kardete hai.
Please continue this sir I will share it to the maximum possible users
Excellent problem solved in very lucid way for JEE aspirants 👍
initially i solved it by neglecting the radius as you mentioned, but when i started your watching your intro, i paused it and resolved considering radius and could solve it, boosted my confidence!! Thanks sir
Nicely visualised /conceptualised the kinetic energy of curved parts of the crawler👌
Nice explanation sir 👍
Excellent 👌
This was good! Thanks👍
Great 👍
Best 👌
Very Important Question
Best ❤❤❤❤
👏👏
Sir meine ke aur method socha hai, Sir jo dono m2 parts hai unki na KE same hogi toh hum kya karsakte hai ki kisibhi ek part ko leke ek uss belt pe dm mass lete hai and uski general velcity likh ke phir elemental kinetic energy nikal lete hai, jo theta ke terms mein aayegi, where theta is the angle b/w v and rw, phir usko integrate karke double kardete hai.
Can be done. But the method is lengthy with more chances of committing mistakes. Thanks for giving it a thought 👍
Sir how I'm complete my syallabus before april attempt if i start from zero
It's challenging, but achievable with a structured study plan.