Ferranti effect | ferranti effect in transmission line | ferranti effect in hindi |

[@DarkNight-fj5cc]

Best explanation video on Ferranti effect on youtube. Even non-hindi speakers would understand this easily. It is on point, short, easier to understand just with basic engineering knowledge. This effort is highly commendable.

[@mindofengineer]

Thanks ....😊

[@vivianbarwaVB15]

Short simple and very good one. Keep it up.

[@kirajan7333]

Nice short and informative

[@mindofengineer]

Thanks 😊

[@Umeshchandra04]

Good explanation brother

[@subhadeepkarmakar9671]

Good job

[@gautamsonpitale9999]

hum engineer's ke liye toh aap bhagwan hai sir 🙏 .. aapke videos exam ke ek raat pehle dekh kr hi mai 6 semister paas kr diye 😅 .. abhi 7th aur 8th semister bache hai sirf 😅..

[@mindofengineer]

😊

[@therealthinkersbengali1926]

Your video so attractive & understandable because of your style of speaking like "modiji"😅

[@SameerAlamDEE]

Very good

[@mindofengineer]

Thanks 😊

[@SameerAlamDEE]

Proud of u bhai

[@mdserajsamim7120]

This is due to voltage drop across the line inductance due to the charging current being in phase with the sending end voltage. Thus both capacitance and inductance are necessary to produce this phenomena.

[@i_m_kush7599]

Good explanation itne short video m bhi
Jai Hind 🇮🇳

[@kumarsaurabh3959]

bhaai medium transmission line ka length 80-160km hota hai

[@XZEL10]

how does voltage increase when current decrease

[@raghukancharla6004]

Power P= voltage x current. Since, in this case power is constant, when current reduces, voltage increases.

[@swingtraderequit828]

nice

[@zenspeaks9267]

Thank You So much 💞💞

[@mr.chundeli]

Thank u

[@manpreetkumar1135]

thx.

[@ss-em9es]

Here where is the concept of no load and light load, 🤔🤔

[@rajneeshverma4629]

Exactly...
And current never drops...it's the voltage which drops

[@electronicsprojectsshorts8067]

@learn