Agar initial disturbance dene se pehle mass already balanced rehta h kisi spring ki wajh se to mass consider nhi krenge , ESA generally horizontal system m hoga.. Agar fr b confusion hai to mass to consider kr lo (but sath sath spring force b consider krna jo initially mass ki wajh se develop hua h rod ko horizontal rakhne m
@@deewaneiesgate sir aise toh saare que. Main mass balanced rehta hain diaturbance dene se pehle,iske just pehle vale que. Joki kafi similar hain isse uske main toh mass ka torque consider kiye the???
@@yashsingh6273 Usme to vertically act kr rha tha mass ...isliye uska koi effect nhi tha pr disturbance ke just badh boh offset ho gya or uske karan ek torque induce hui jo pehle nhi thi system main .....bs isliye liya ...hope it will help after 2 months Haaaas
Please sir, Gate 2020 ke pehle aap apna khud ka SOM ka lecture series upload krne ka try kijiye...... Jo pehle se uploaded h usse smjh nhi aa rha..... Please sir.....
this is the parallel axes theorem. MOI about any axis is the sum of MOI about centroid axis + mass*(sqr(distance between centroid axis and another axis)).
Sir 150 questions roz nahi lag paa rahe reason if i start new subj then theory jyada ho jati padhne ko aur uss din nahi lag paate but once if i completed the theory part 100% i can solve 150 questions sir...tell something about this sir?
bahut bahut dhanyavaad naveen bhai
Stay focused brother and do well in exam
Awesome lecture sir
Stay focused brother and do well in exam
Thanks allot sir...its really good...
Stay focused brother and do well in exam
sir second question in torque method why mass is not taken in equation
Thankyou sir
Stay focused brother and do well in exam
Sir plzz industrial n metrology padha dijye.production me v kafi kuch h.
U clarify concepts as crystal clear.
Ok
Will see
13:10 sir..jab inertia find kyageya distance 'b' ko consider kuin nehi kyageya..??? Please Reply sir
Bro parallel axis theorem jab lagate hai tab center of mass of body se distance lete h..
Ok
Sir @11:00
Mass ka torque consider kyu nhi kiye hai?
i m confused please clear my doubt.
Thanks
Agar initial disturbance dene se pehle mass already balanced rehta h kisi spring ki wajh se to mass consider nhi krenge , ESA generally horizontal system m hoga..
Agar fr b confusion hai to mass to consider kr lo (but sath sath spring force b consider krna jo initially mass ki wajh se develop hua h rod ko horizontal rakhne m
@@deewaneiesgate Thanks for the reply n explaining soothly
@@deewaneiesgate sir aise toh saare que. Main mass balanced rehta hain diaturbance dene se pehle,iske just pehle vale que. Joki kafi similar hain isse uske main toh mass ka torque consider kiye the???
@@yashsingh6273 Usme to vertically act kr rha tha mass ...isliye uska koi effect nhi tha pr disturbance ke just badh boh offset ho gya or uske karan ek torque induce hui jo pehle nhi thi system main .....bs isliye liya ...hope it will help after 2 months Haaaas
at 14:17 it will be whole square of (r+b) in the final answer
Sir agar possible hai to ek video "life at Indian railways" pe bana do.
Go to playlist
Preparation wali playlist m added hai ye video
Thank you Sir... Kitna lectures lagega... Iske baad HMT aap hi sikhaiyega... 🙏🙏🙏🙏🙏
10-12 lectures
Why we take in moment about z axizs
Because the torque is applied about that axis.
bhaiyaa baki ka part vibration ka kabhi padhaooge
Dono roter ki natural frequency about node point same kyon hai???
Different hogi to shaft tut jaygi
Please sir, Gate 2020 ke pehle aap apna khud ka SOM ka lecture series upload krne ka try kijiye......
Jo pehle se uploaded h usse smjh nhi aa rha.....
Please sir.....
Sir Kitna lecture legega for vibration
10-12
Sir
@20:07
I rod/3 =ml^2/3 yahi ayega na sir?
Please clarify so that I could correct myself.
Doubt got resolved, actually it is about z axis not about x or y axis.
It is to be taken about z axis
It will act as a disc only
I = (M×(R)^2)÷2
Isse achha Khi nhi
Stay focused brother and do well in exam
sir, in 13:16 inertia me mr^2 kyu liya
this is the parallel axes theorem. MOI about any axis is the sum of MOI about centroid axis + mass*(sqr(distance between centroid axis and another axis)).
Isro exam ke liye bhi sufficient hai na yes lectures..ya isro ka level jada aata hai?
Exams ka level ISRO, BARC, DRDO sabka kam rehta h when compared to GATE
But inka jo interview hota h wo kaafi detail m rehta h
Sir ek subject pado phir dusra subject pado to phele bala bhool jate hai isko kase manage kare
Sir 150 questions roz nahi lag paa rahe reason if i start new subj then theory jyada ho jati padhne ko aur uss din nahi lag paate but once if i completed the theory part 100% i can solve 150 questions sir...tell something about this sir?
Give 4-5 hrs to theory in a day
Rest 5-6 hrs for questions
Do not invest your complete time on theory
Sir college k saath saath aapki strategy nahin lag pati h, please help, Jo apne 4 made easy ki book solve krne ko kaha ta