Super Explanation

sir breast touching explaination

Thank you sir

Sir 1- G3 kese aaya

sir pls unit 4 bhi dall dijiye

Best test video i found

Thank you for the amazing explanation 😊 your video increased my confidence level

Kuch samajh kyu nhi aa rha 😢

❤

A 3 Phase 440 V, 50 Hz. 6 pole 10 HP Slipring type Induction motor has a standstill rotor impedance of (0.5+j5) Ω/phase. Calculate the following i) Speed at which Maximum torque occurs ii) Ratio of Tmax/Tt iii) External resistance needs to be added in rotor circuit to obtained T50% of Tmax

Very helpful, thanks sir , appreciate for your hardwork ❤

Thank you so much sir Bahot time se ye topic se pareshan tha, I understood this topic after watching the video once. Thank you sir ❤

nice editing with sound effect

Mechanical translation karwa do guru ji

where next video sir?

thanks bro....

12:45 isn't it like, due to skin effect current at outer side is more that implies resistance is less at outer side than center. I think you said opposite of it here

Thank you sir, nice explanation

Thank you so much

Excellent 🎉❤

nice explination👍

good sir bohat acha

Bhai pehle video kuch alag hi bata rahe the 🤨🤨😵😵

plz

make more videos or shorts plz

thanks for explaining the graph

Best video

i have a doubt in control system

sir any notes of this

Thank you sir ❤

Bro, ur explanation is good but when u change the paper u show/compare both paper at same time in single/double screen, when u change the paper I'm got confused 😢😊

Samjh me ny aa rha hai sir

Haa sir hamko vichar dagram bnane me dikat ho rha hai 😢

Sir please provide topic on synchronous lecture

sir bode plot nyquist plot and many more videos

2:02 terminal aur generated voltage m kya difference h???

Nice explanation

5:26 sir yha jo E1and E2 h vo peak value h ya fir rms

Kya conductor ko simple language m copper wire bol skte h?? Qki copper wire ki hi winding hoti h aur winding m hi current flow hota h...!!!

❤

best video for practise

Excellent explanation 😊

Sir gtu EC sem 4 ke liye video bano na

13:46 cos Q lia sin Q nhi? Vertical k lie to sin lete h na

Ea Eb Ec and Ia Ib Ic induced emf sur current h na..jo armature winding m induced honge due to EMI????

Sir in thi question 15:39 the close loop is given in the question but you didn't convert into open loop system

bhai friction force kbse velocity ke proportional ho gaya???? moving body pe constant friction lgta hai . friction force = mass * kinetic friction constant.

Very good vidio and the method of explain is very very good.Thank you vry much,sir

Mere class teacher se jyada achha samjhate ho aap