Sure, Thank you Saurabh Kindly Stay tuned I will be shortly posting its next session soon. If you are new to channel then DO explore the video sections for more such useful sessions and DO Share them with your friends as well.
If f increase mutual reactance of lowest disc is decreased Current increases Then voltage drop increased across lowest disc Then efficiency will be reduced
Thank you Manish, Kindly DO Watch our recently uploaded sessions as well and DO Subscribe to our newly launched channel for Non Technical Preparations. ruclips.net/user/coachify
Thanks a lot Sir I have seen ur All session for ssc je. Sir please make more session on electrical instrumention and other subjects Also specially for ssc je.
Indeed, Kuldeep. Actually It is so even I have found out the same after rigorous crosschecking in various references the Rubber answer was given. Nonetheless I'd suggest you to click as per the option and I dont think the options will contradict with each other in the exam. Our kind understanding is always better.
@@ElectricalEngineeringMCQs thank u so much sir for reply I have seen all your ssc je videos thanks for such genuine content Aur mic maine boya by-m1 manga liya hai☹️☹️☹️ Aur aap maono ke liye bol rahe ho to mai kya karu ab
Most Welcome@@amit2150 See Amit I can even create one MIC by using one PCB but it need aux supply. Dont worry that Boya MIC is also very good and standard one and preferred by everyone.
Yes, I have uploaded few Sessions on the Power system you may check them on Channel:- Part 1 Power System:- ruclips.net/video/1k1yTmA11Eo/видео.html Part 2 Power System:- ruclips.net/video/_v84nnX7qc8/видео.html Kindly DO Share them with your friends as well.
@@ElectricalEngineeringMCQs thank sir , aapki ye baat acchi lagi sir ki aap questions Ko explain karke samjhate bhi ho aur questions Ko hindi Mai bhi translate karte ho
@manish kumar Indeed, Thank you Manish I feel like one should understand the question clearly then only he will able to answer it. If you are new to the Channel Kindly Explore the recently uploaded sessions specially Induction Motor and Alternator 50 Golden MCQ Session it will be beneficial for you. Kindly DO Share them with your friends and feel free to ask your query doubts in the comments.
11.no qes ka ans I think "a"hoga. 3ph 4 wire cable k lia- neutral conductor is equal to the phase conductor, Bt 3ph 4wire overhead line k lia- neutral conductor is half of the phase conductor. May right hu ya wrong iska ans pls comment box mey hi de diziye ga.
Generally, If the three loads were identical in every way (same impedance and phase angle), then the currents flowing in the three lines would be identical. The three currents meet at the star point of the load. The resultant current returning down the neutral wire would, therefore, be zero. The load, in this case, is known as a balanced load, and the neutral is not strictly necessary. However, it is difficult, in practice, to ensure that each of the three loads is exactly balanced. For this reason, the neutral is left in place. Also, since it has to carry only the relatively small ‘out-of-balance’ current, it is made half the cross-sectional area of the lines. In some cases, the same-sized cable is normally used for all four wires both to allow for inevitable imbalances and to also ensure that the neutral cable has equal tensile strength as the phase conductors. For cable you can say we can use same sized neutral cable.
You may choose depending upon the options provided and for sure the options will be placed such a way that either they will ask you about maximum voltage capability then for dog it will be 66kv or for panther it will be 132 kv dont worry the options will not contradict with each other just keep that table remembered.
@@D.electricalmagictrick Kindly Crosscheck and read the question once again Dinesh, See I have explained the concept about ACSR Conductor and you have stated the formula for STRANDED conductor. Kindly Note that For stranded conductor that formula holds true but if You have asked the question about ACSR Conductor then Whatever I have explained is correct. Try to understand the difference in two conductors. I hope you have understood the same.
@@D.electricalmagictrick No problem I usually crosscheck twice before delivering a session. Yet Your valuable feedbacks/doubts/suggestions are always welcome. Kindly DO Share this session with your friends.
![Felix "Unfair" | [Stray Kids : SKZ-PLAYER]](http://i.ytimg.com/vi/Oswujxm2Ag0/mqdefault.jpg)
One of the best channel for electrical engineering 🔥🔥🔥
Thank you so much for your kind feedback. Kindly DO Share this session with your friends.
Sir Aise Hi Chhote Videos Bnaya kijiye Topic Divide karke .... 🙏🙏
Sure, Prashank thank you for your kind feedback. I hope you have watch our recent sessions on Induction Motor and Alternator.
Really great effort. Thanks alot sir.
Sir AAP bahut achhe achhe questions laate ho. Thanks sir
Most Welcome Manish.
Sir agar aapka channel pahele mil gya hota to power grid clear ho jata you are giving very very imp point love you sir.....
I am so glad to know this. Anyway kindly Stay tuned with us for more such sessions DO Share it with your friends.
Sir badia baat to ye hai ki AAP questions ke answer Ko achhi tarah explain bhi karte ho
Thank you so much Manish for your kind feedback. I hope you are sharing my sessions with your friends.
String efficiency does not depend on Frequency so answer is
#c remains unchanged
Very beautiful session sir and the collection of questions was very new sir. Thankyou sir. 🙏👌👌
Thank you ashu chaudhary kindly DO Share this session with your friends.
Nice explanation n video too sirji..plzzz keep going ..
Sure, Thank you Saurabh Kindly Stay tuned I will be shortly posting its next session soon. If you are new to channel then DO explore the video sections for more such useful sessions and DO Share them with your friends as well.
Answer is option c sir.
If f increase mutual reactance of lowest disc is decreased
Current increases
Then voltage drop increased across lowest disc
Then efficiency will be reduced
Nice explain sir
Thank you Manish, Kindly DO Watch our recently uploaded sessions as well and DO Subscribe to our newly launched channel for Non Technical Preparations. ruclips.net/user/coachify
Thanks a lot Sir I have seen ur All session for ssc je. Sir please make more session on electrical instrumention and other subjects Also specially for ssc je.
Sure, Usman Kindly Stay tuned I will shortly publishing the same session for SSC -JE. Kindly DO Share those sessions with your friends.
C. Remains unchanged
Home work question answer
Remains Unchanged..
Sir power system or electrical machines se zyada problem ayenge ya theory?
You may expect 60:40 Ratio which means 60% theory and 40% numerical but it may vary so you need to be prepared for everything.
@@ElectricalEngineeringMCQs thank u sir🙏
@@satyasingh5040 Most welcome Satya. Kindly DO Share these sessions in your groups.
No change because string efficiency does not depend on length
By book D=(2n+1).d
is right
Dinesh Kindly Comment down the reference book from which you are quoting this formula. I will crosscheck it once if needed.
There are two formula 1st is (2n+1)d fir n conductors and for n-1 (2n-1)d
SIR ek doubt hai in termal power plant - turbine
heat energy se mechanical energy mai change hota hai ki
heat energy se electrical energy mai
Sir kindly made a video of most repeated questions of ssc je of 10 years sir. It may help us sir in preliminary je exam sir.🙏🙏🙏🙏👌👌
Sure, Kindly Stay tuned with the channel.
C. Remain unchanged.
Sir Q.20 is quite confusion. I found in many articles for household wiring now a days PVC is replacing rubber ???
Indeed, Kuldeep. Actually It is so even I have found out the same after rigorous crosschecking in various references the Rubber answer was given. Nonetheless I'd suggest you to click as per the option and I dont think the options will contradict with each other in the exam. Our kind understanding is always better.
Ans- c
C. Remain Unchanged
House wiring m pvc use krte h
No change in string efficiency
Sir aap mic kaun sa use karte ho please bataiye I'm begginer youtuber,🙏🙏
You can use standard condenser lavalier microphone. Like Maono AU-400 which I prefer which is ground isolation.
@@ElectricalEngineeringMCQs thank u so much sir for reply I have seen all your ssc je videos thanks for such genuine content
Aur mic maine boya by-m1 manga liya hai☹️☹️☹️
Aur aap maono ke liye bol rahe ho to mai kya karu ab
Most Welcome@@amit2150 See Amit I can even create one MIC by using one PCB but it need aux supply. Dont worry that Boya MIC is also very good and standard one and preferred by everyone.
@@ElectricalEngineeringMCQs alright sir tab mai boya wala mic hi use krta hu😊🙏
Question no 25
If Vo/Vc=0.3333
Then (Vo/Vc)*1/N =0.3333/N
Please check it sir...
C , Remain unchanged
Sir rrb je ki electrical ke MCQ series laiye sir🙏
Remains unchanged
Sir power system ke aur video hai kya
Yes, I have uploaded few Sessions on the Power system you may check them on Channel:-
Part 1 Power System:- ruclips.net/video/1k1yTmA11Eo/видео.html
Part 2 Power System:- ruclips.net/video/_v84nnX7qc8/видео.html
Kindly DO Share them with your friends as well.
@@ElectricalEngineeringMCQs thank sir , aapki ye baat acchi lagi sir ki aap questions Ko explain karke samjhate bhi ho aur questions Ko hindi Mai bhi translate karte ho
@manish kumar Indeed, Thank you Manish I feel like one should understand the question clearly then only he will able to answer it. If you are new to the Channel Kindly Explore the recently uploaded sessions specially Induction Motor and Alternator 50 Golden MCQ Session it will be beneficial for you. Kindly DO Share them with your friends and feel free to ask your query doubts in the comments.
Dear sir
Theory section with formula revision type short video bahut helpful rahegi sir
Thank you for your valuable feedback and nice suggestion. Kindly Stay tuned I will try to upload the same shortly.
Sir plz aap daily video layiye aapse nivedan hai
Sure, Harikesh I will try to post daily.
Thanku sir
Ans ..c...remains unchanged
Option C
c
11.no qes ka ans I think "a"hoga.
3ph 4 wire cable k lia- neutral conductor is equal to the phase conductor,
Bt 3ph 4wire overhead line k lia- neutral conductor is half of the phase conductor.
May right hu ya wrong iska ans pls comment box mey hi de diziye ga.
Generally, If the three loads were identical in every way (same impedance and phase angle), then the currents flowing in the three lines would be identical. The three currents meet at the star point of the load. The resultant current returning down the neutral wire would, therefore, be zero. The load, in this case, is known as a balanced load, and the neutral is not strictly necessary. However, it is difficult, in practice, to ensure that each of the three loads is exactly balanced. For this reason, the neutral is left in place. Also, since it has to carry only the relatively small ‘out-of-balance’ current, it is made half the cross-sectional area of the lines.
In some cases, the same-sized cable is normally used for all four wires both to allow for inevitable imbalances and to also ensure that the neutral cable has equal tensile strength as the phase conductors.
For cable you can say we can use same sized neutral cable.
Option c ... unchanged
C option
B option.
Tmax peposnal frequency kaise aaya sir
The same formula is standard one I will try to cover it same in my next session. Kindly Stay tuned.
Sir if they asked 66kv which type will be the answer dog/panther?
You may choose depending upon the options provided and for sure the options will be placed such a way that either they will ask you about maximum voltage capability then for dog it will be 66kv or for panther it will be 132 kv dont worry the options will not contradict with each other just keep that table remembered.
Sir , whether stress and tension in a conductor is same?
Yes, it is experienced by the poles or structure holding the
transmission conductor.
Increase
Unchange
D
no chanvge in string efficiency
C
3n(n+1)+1
is riht
Dinesh Kindly Comment down the reference book from which you are quoting this formula. I will crosscheck it once if needed.
By J.B gupta T&D 6 addition
Page no.325
qus.no.58 & 59
@@D.electricalmagictrick Kindly Crosscheck and read the question once again Dinesh, See I have explained the concept about ACSR Conductor and you have stated the formula for STRANDED conductor. Kindly Note that For stranded conductor that formula holds true but if You have asked the question about ACSR Conductor then Whatever I have explained is correct. Try to understand the difference in two conductors. I hope you have understood the same.
@@ElectricalEngineeringMCQs thanks sir
Sorry for disturb...
@@D.electricalmagictrick No problem I usually crosscheck twice before delivering a session. Yet Your valuable feedbacks/doubts/suggestions are always welcome. Kindly DO Share this session with your friends.
Ans:- Remains unchanged
Sir questions ka PDF provide kara digiye
Sure, Rahul I will upload the same shortly on our telegram channel.
ques 9 ka ans A hoga dost
Remain unchanged
25 वाला आपने गलत लगाया है
Remains unchanged no effect of frequency in string efficiency
Remains unchanged
C
Remain unchanged
Remain unchanged
C
Remains unchanged
C
Remains unchanged
Remains unchanged
C
Remains unchanged
C
Remains unchanged