Example 2.1 || The Ideal Transformer || Transmission Line Losses || || (English)(Chapman)

[@munafa23]

Thank you so much, may god grant u heaven sir!

[@ElectricalEngineeringAcademy]

Jazak Allah Khairan dear.

[@estiakafahim3279]

I don't know how i can thank you, you explained at boss level, my complete doubt is now clear! Warm love from Bangladesh🇧🇩

[@ElectricalEngineeringAcademy]

Thanks dear. Pray for me.

[@ElectricalEngineeringAcademy]

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[@tanzeelakhalid18]

Jazakallah Best explanation.

[@moheuddinsakib7416]

Thank you, sir. You have explained the topic nicely.

[@tharushadakshaka166]

Great sir! well explained. Appreciate to ur commitments.

[@ElectricalEngineeringAcademy]

Welcome dear. Best wishes.

[@skaldrun6727]

YOU ARE THE KING.

[@ElectricalEngineeringAcademy]

Thanks for the compliment. I'm just trying to follow my Islamic teaching of "Share Knowledge". Pray for me.

[@hamnakhalid-qy3vq]

Great

[@chamaramadushanka9145]

A best explanation. Thank you..

[@ElectricalEngineeringAcademy]

Thanks dear. Best wishes.

[@rutendodzapasi8645]

Thank you sir but there are a few points I needed more explanations as a beginner . For example, some calculations that you skipped by saying then we calculate. I wanted to learn exactly how the calculations are made

[@ElectricalEngineeringAcademy]

Thanks dear. Can you please point out on the time scale, where you have difficulty.

[@abdullahahsan7060]

Thank you for the great video! I am a student of FAST University and I have a question about Problem 2.14 Part A. Without transformers, what would be the efficiency? In the solution manual, the angle of the load impedance is taken as the same angle of the line impedance. Is that correct? Does this mean the efficiency would be 89% or 77%? Please let me know as it would be very helpful. Thank you!

[@ElectricalEngineeringAcademy]

To my understanding, the Solution manual is wrong. Angle 36.87 should be used.

[@abdullahahsan7060]

@@ElectricalEngineeringAcademy Got it sir. Thank you

[@pavelparthapodder6992]

Thank u sir

[@Maybe.019]

Thank you , I appreciate it 🌹

[@sifatalam4324]

thank you very much sir

[@troyreviews5642]

Thanks for the information sir , very well explained. May I have your copy of your presentation? for educational purposes only.

[@ElectricalEngineeringAcademy]

Welcome dear. Just share my videos with your friends/students.

[@sunvannak6125]

Teacher I still don't understand why line loss we don't think a about reactive (x) in this

[@ElectricalEngineeringAcademy]

Its little difficult to understand. Let me try. Resistance absorbes power. Reactance donot (what is dose is absorbes power for half cycle and returnes power back in the other half cycle, so net power consumed is zero)

[@abdirisakomar8256]

Sir how do get the angle phase and

[@ElectricalEngineeringAcademy]

Please refer to video time, so I know where you are.

[@ahmed122233]

how my calculator gave me different answer for the current ( the phase angle is different). 9:48

[@ElectricalEngineeringAcademy]

If by adding or subtracting 360 with the angle, you get what I have, then don't worry, your answer is also correct.

[@اسلامكمال-خ2ذ]

Add Arabic subtitles to this course please 🥺

[@ElectricalEngineeringAcademy]

Sorry dear. I tried, but could not do it.

[@اسلامكمال-خ2ذ]

@@ElectricalEngineeringAcademy np

[@crazysoundspack3529]

Thanks a lot