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Hiatuz -GATE ESE EE ECE
India
เข้าร่วมเมื่อ 30 ส.ค. 2019
Hiatuz was started by GATE 2017 toppers Shanti B(AIR 66, EE) and Yogesh Verma (AIR 206, EE)with an intent to provide quality study material for GATE/ESE (Electrical) aspirants.
Visit our website for electrical content curated for ESE and GATE: hiatuz.com/
Follow us on
Quora: www.quora.com/q/hiatuz?sort=top
Instagram: hiatuz_ee
Shanti B (Quora): www.quora.com/profile/Shanti-40
Yogesh Verma (Quora): www.quora.com/profile/Yogesh-Verma-409?q=yogesh
Visit our website for electrical content curated for ESE and GATE: hiatuz.com/
Follow us on
Quora: www.quora.com/q/hiatuz?sort=top
Instagram: hiatuz_ee
Shanti B (Quora): www.quora.com/profile/Shanti-40
Yogesh Verma (Quora): www.quora.com/profile/Yogesh-Verma-409?q=yogesh
Lec 12: Poisson and Laplace Equation | Electromagnetic Fields
Instructor:
Shanti Bayyavarapu
EEE from Andhra University
AIR 66 in GATE EE 2017
Shanti Bayyavarapu
EEE from Andhra University
AIR 66 in GATE EE 2017
มุมมอง: 6
วีดีโอ
Lec 15: Numericals | Electromagnetic Fields
มุมมอง 97 ชั่วโมงที่ผ่านมา
Instructor: Shanti Bayyavarapu EEE from Andhra University AIR 66 in GATE EE 2017 00:00 Slide 1 06:08 Slide 2 15:40 Slide 3
Lec 14: Numericals | Electromagnetic Fields
มุมมอง 87 ชั่วโมงที่ผ่านมา
Instructor: Shanti Bayyavarapu EEE from Andhra University AIR 66 in GATE EE 2017 00:00 Slide 1 05:31 Slide 2
Lec 13: Capacitors | Electromagnetic Fields
มุมมอง 67 ชั่วโมงที่ผ่านมา
Instructor: Shanti Bayyavarapu EEE from Andhra University AIR 66 in GATE EE 2017 00:00 Slide 1 06:27 Slide 2 14:29 Slide 3 20:45 Slide 4 24:18 Slide 5 25:30 Slide 6
Lec 87 - Economic Load Dispatch | Power Systems
มุมมอง 8วันที่ผ่านมา
Instructor: Shanti Bayyavarapu EEE from Andhra University AIR 66 in GATE EE 2017 00:00 Slide 1 01:08 Slide 2 07:03 Slide 3 09:55 Slide 4
Lec 88 - Load Curve and other terms | Power Systems
มุมมอง 3วันที่ผ่านมา
Instructor: Shanti Bayyavarapu EEE from Andhra University AIR 66 in GATE EE 2017 00:00 Slide 1 03:46 Slide 2
Lec 85 - Some Important Terms | Power Systems
มุมมอง 9วันที่ผ่านมา
Instructor: Shanti Bayyavarapu EEE from Andhra University AIR 66 in GATE EE 2017 00:00 Slide 1 03:18 Slide 2
Lec 86 - Ratings of Circuit Breaker | Power Systems
มุมมอง 19วันที่ผ่านมา
Instructor: Shanti Bayyavarapu EEE from Andhra University AIR 66 in GATE EE 2017
Lec 83 - Numericals | Power Systems
มุมมอง 1314 วันที่ผ่านมา
Instructor: Shanti Bayyavarapu EEE from Andhra University AIR 66 in GATE EE 2017 00:00 Slide 1 00:51 Slide 2 02:15 Slide 3 03:42 Slide 4
Lec 82 - Generator and Transformer Protection | Power Systems
มุมมอง 4114 วันที่ผ่านมา
Instructor: Shanti Bayyavarapu EEE from Andhra University AIR 66 in GATE EE 2017 00:00 Slide 1 05:31 Slide 2 12:03 Slide 3 14:50 Slide 4
Lec 84 - Introduction to Circuit Breakers | Power Systems
มุมมอง 3114 วันที่ผ่านมา
Instructor: Shanti Bayyavarapu EEE from Andhra University AIR 66 in GATE EE 2017 00:00 Slide 1 04:40 Slide 2 08:45 Slide 3
Lec 81 - Transmission Line Protection | Power Systems
มุมมอง 2614 วันที่ผ่านมา
Instructor: Shanti Bayyavarapu EEE from Andhra University AIR 66 in GATE EE 2017 00:00 Slide 1 08:27 Slide 2 15:59 Slide 3 20:13 Slide 4
Lec 76 - Basic Principle of Relays | Power Systems
มุมมอง 1921 วันที่ผ่านมา
Instructor: Shanti Bayyavarapu EEE from Andhra University AIR 66 in GATE EE 2017 00:00 Slide 1 02:25 Slide 2 06:25 Slide 3
Lec 79 - Distance Relays | Power Systems
มุมมอง 1021 วันที่ผ่านมา
Instructor: Shanti Bayyavarapu EEE from Andhra University AIR 66 in GATE EE 2017 00:00 Slide 1 05:02 Slide 2 07:40 Slide 3
Lec 77 - Overcurrent Relays | Power Systems
มุมมอง 721 วันที่ผ่านมา
Lec 77 - Overcurrent Relays | Power Systems
Lec 80 - Differential Relays | Power Systems
มุมมอง 4921 วันที่ผ่านมา
Instructor: Shanti Bayyavarapu EEE from Andhra University AIR 66 in GATE EE 2017
Lec 75 - Introduction to Protection Systems | Power Systems
มุมมอง 2621 วันที่ผ่านมา
Lec 75 - Introduction to Protection Systems | Power Systems
Lec 78 - Directional Relay | Power Systems
มุมมอง 1021 วันที่ผ่านมา
Lec 78 - Directional Relay | Power Systems
Lec 73 - Applications of Equal Area Criterion | Power Systems
มุมมอง 23หลายเดือนก่อน
Lec 73 - Applications of Equal Area Criterion | Power Systems
Lec 72 - Transient Stability | Power Systems
มุมมอง 21หลายเดือนก่อน
Lec 72 - Transient Stability | Power Systems
Lec 71 - Steady State Stability Limit | Power Systems
มุมมอง 66หลายเดือนก่อน
Lec 71 - Steady State Stability Limit | Power Systems
Lec 74 - Numericals on Stability | Power Systems
มุมมอง 14หลายเดือนก่อน
Lec 74 - Numericals on Stability | Power Systems
Lec 66 - Unsymmetrical Faults | Power Systems
มุมมอง 15หลายเดือนก่อน
Lec 66 - Unsymmetrical Faults | Power Systems
Lec 70 - Power Equation | Power Systems
มุมมอง 9หลายเดือนก่อน
Lec 70 - Power Equation | Power Systems
Lec 69 - Swing Equation | Power Systems
มุมมอง 8หลายเดือนก่อน
Lec 69 - Swing Equation | Power Systems
Lec 67 - Numericals on Faults | Power Systems
มุมมอง 27หลายเดือนก่อน
Lec 67 - Numericals on Faults | Power Systems
Lec 68 - Introduction to Power Systems Stability | Power Systems
มุมมอง 6หลายเดือนก่อน
Lec 68 - Introduction to Power Systems Stability | Power Systems
Lec 62 - Symmetrical Components | Power Systems
มุมมอง 13หลายเดือนก่อน
Lec 62 - Symmetrical Components | Power Systems
Lec 65 - Sequence Networks (part 2/2) | Power Systems
มุมมอง 6หลายเดือนก่อน
Lec 65 - Sequence Networks (part 2/2) | Power Systems
Lec 61 - Fault Analysis using Z Bus | Power Systems
มุมมอง 56หลายเดือนก่อน
Lec 61 - Fault Analysis using Z Bus | Power Systems
does the circuit breaker part over ??
WATCH FRIENDS AND ACE THE GATE EXAM VERBAL APTITUDE
I am from IIIT Kadapa.. madam
Civil engineering
Hey team! Can you please focus more on completing concepts as in a week i have my end term exams. Please
You guyz are doing a great work. Helping me in my end semester exams due to the highly match in the videos with my college syllabus
Pls give something for study material🎉🎉
thanks 🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏
👌👍
Plz start signal and system,
How the single lamp glow? As the single lamp has to glow it is to be connect one leg to phase and another leg to neutral connection in a simple circuit . Lamp glow or dark speed depends upon their frequency difference. But how during syncronisation lamp gets phase and neutral connection? As our goal to match the phase angle resultant frequency is either higher or lower then how the current is flow from and which direction or how it's gets neutral connection so that it glow?
Thank you ma'am
00:08 Understanding composite conductors for power systems. 01:32 Understanding conductor exercises and their elements 03:00 Understanding the elements and numbers in power systems 05:09 Introduction to embedded power systems 07:31 Understanding of midpoint difference in terms of inductance 09:51 Understanding the concept of conductor displacement and average value 11:23 Dividends by power companies to its shareholders 13:13 Understanding the importance of composite conductors in power systems 14:57 Understanding the relationship between GMD and GMR 16:50 Understanding geometric mean distance and geometric media 00:00 Understanding Generator Modeling in Power Systems Crafted by Merlin AI.00:08 Understanding composite conductors for power systems. 01:32 Understanding conductor exercises and their elements 03:00 Understanding the elements and numbers in power systems 05:09 Introduction to embedded power systems 07:31 Understanding of midpoint difference in terms of inductance 09:51 Understanding the concept of conductor displacement and average value 11:23 Dividends by power companies to its shareholders 13:13 Understanding the importance of composite conductors in power systems 14:57 Understanding the relationship between GMD and GMR 16:50 Understanding geometric mean distance and geometric media 00:00 Understanding Generator Modeling in Power Systems Crafted by Merlin AI.
dhanyavadhalu mam you are amazing
Nice got it first time clearly
Thanks for your efforts mam. Your videos helps the people who are doing self study🙌.
Ma'am with due respect when will be the course of power systems fully uploaded?
In 2-3 months
Good video, thanks
Very good
Subtle explanation. I'm so glad I found this video.
I am aiming for mtech from iit ...which is better for me to write.... GATE EC or GATE IN .....as my main paper is GATE EE.... Please reply ..... Thankyou
What a beautiful and conceptually enriched lecture.... perfection at its finest. And all of this in just 25 minutes. Hats off ma'am. Crush updated😂 Love and respect from your Pakistani student.
PSUs is a government job secure till 60 as you said about IOCL is a government job that government jobs means to be true or not job security will be or not as i want to pursue a government job in my technical field please answer soon if possible???
thank you
Best explanation
Finally someone courageous enough to deliver excellent lectures from CHAPMAN. I am from Pakistan and i have peeked at almost every GATE SSC JE playlist on youtube. All are with due respect wastage of time as the lecture comprises almost 2 hours and the meaningful content is not more than 20-30 min max in it. This playlist deserves to be in the first three results. Excellent explanation in a short time. Stay blessed stay healthy.
Thank you for taking time to comment. It means a lot to us. We will try our best to continue meeting your expectations.
please update the playlist ASAP. wonderful playlist
Nice explained
Means when you are working in IOCL your job is secure??
Yes, psu jobs are not heavily subjected to recession. Unless you do a very huge blunder which leads to disciplinary actions and such, the job is safe
Mam aee officer govt vegichle facility untadha
insightful :)
Meditation in the morning 🌄 kickstarts your day😊
Hii mam whether there will be any office work for Iand CAD department
Nice explanation 😊
Do iits and iisc consider students from no engineering or designing background? In case of M.des
Thank you so much mam❤
Informative!
#cfbr
Akka mari naaku BTech lo cgpa ledhu mari naaku psu raadhu kadha. Without gate and cgpa Leni psu eamaina unnaya ???
Very nice❤
Third step💯🔥
very great video ma'am
What about best textbook for renewable energy sources ?
Best Text Book for Special Electrical Machines ?
#cfbr
Maam could you please do a video on the regular yearly notifications for EEE students ( which doesn't involve gate score)
Sorry, if you don't mind me asking again. I know Vp is an rms value and that you need to multiple it by sqrt of 2 to get the peak value of Vp. But why do we do that? Is Vp always an rms value? Can Vp be a peak value, and you dont need to multiply by sqrt of 2?
We can either use peak value or rms value to convey magnitude of the phasor. But it by convention rms value is taken. If it is specifically mentioned as peak value, then you dont have to multiply by sqrt of 2
@@hiatuz-gateeseeeece6290 ok perfect!
Sorry why is Van = sqrt 2 Vp cos wt in the first place? My confusion is the "cos wt" ! Why is that there?
Th alternating current we deal with in our power systems is sinusoidal in nature(i.e sine or cosine). So we use either cos or sine functions to represent it. Does this clear your doubt?
@hiatuz-gateeseeeece6290 Yeah, I get it now. Normally, I see AC voltage represented with a Sin wave but I now know that it could also be represented with a cos wave so long as you take it as the reference. I had a little help with my lecture. Thanks
Pls help i am revise4 to 5 subject in one day it doesn't work i think pls help which is better i am really confused
best video I've ever seen. I was looking for the detailed explanation of the proof and here it is!!
there is a movie made on this this,,,,,called current war
Did not know that! Thanks for sharing 😊