sum of magnitudes of the two forces acting at a point is 16N if their resultant is normal to the

[@SantoshSingh-ou9ty]

Literally it is the easiest method to solve❤

[@KashmeeraFirdous-lx9gj]

Superr🎉😊

[@priyalvyas0905]

Easiest method to solve this problem thx ma'am

[@lovablephysics7890]

Thank you dear Please recommend to your friends also

[@priyalvyas0905]

@@lovablephysics7890 😃 sure

[@iitian_anya]

This really helps thnx a lot❤

[@Makuo_okoene]

Excellent

[@FullyIgnored]

Wow ...such a great teacher ❤❤

[@krishnamaari987]

Wow just fantastic bombastic and marvelous explanation, aisi explanation kahi nhi mili mujhe 🙏

[@biswajitsingh8680]

Very good explanation

[@NikhilKumar-ns7ts]

Good explaination mam😊

[@OjasviHanda]

Waooo mam crystal clear ❤

[@targetboard08]

Very easy method mam❤❤

[@radhasart5970]

Ye question kaha se liya hai..

[@lovablephysics7890]

Practice questions

[@ChaitanyaSharnagat]

Excellent explanation 🎉

[@Sufiarsh4108]

Aap hindi kyun nhi boltin

[@lovablephysics7890]

I can understand Hindi But not fluent to speak

[@motivationalkingankitabhin3033]

F1 < f2 kese hua

[@lovablephysics7890]

In question we know only the sum of the two forces. According to the question one of the forces must be less than the second force. So in question our assumption is F1 is less than F2. When we took F2 less than F1 then also we had the same answer.

[@WebMastery-w5x]

​@@lovablephysics7890Whats the meaning of " normal to the smaller force " why should i draw resultant as a perpendicular based on this statement?

[@SumangalaNaik-do7zm]

is sum of the magnitude of the two forces acting at a point is 16 Newton and the magnitude of the resultant is 8 root 3 Newton if the resultant is at 90° with the force of smaller magnitude then the magnitude are

[@pratikkumarsahoo1220]

2,14

[@vaibhavkumar2256]

Best explanation thx Ma'am

[@gurusuthar4999]

Best method ❤

[@jesusmanasa39]

Thank you mam ❤

[@ajitsingh-sn2gf]

Easy explanation 🤗🤗🤗