What is Inductive Reactance & how to calculate it | TheElectricalGuy

Understand what is Inductive reactance and how you can calculate it using a simple formula. Circuit Simulation for better understanding is also used in this video.
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[@MuhammadAbdullah-hu6jv]

Perfect Explanation. The good Part is you always explain "Why and How". Keep it up.

[@abeham3103]

I didn’t think I would be able to understand it but it really helped finally understand the concept thank you 🙏

[@GauravJ]

Glad it was helpful 😊 do share and subscribe 😇

[@johncmitchell4941]

I'm really enjoying this channel for content and clarity. The videos don't seem nearly as long as they are and I don't get confused with TMI. So much to absorb, and what a great teacher! Greeting to all from Michigan, USA.

[@ce_angtiampo]

Thank you for this sir! From 🇵🇭

[@explorewithmalik55411]

Sir your method of teaching deserves a gold medal honestly❤️, i have never seen someone like u, who clarify each and every aspect deep down from its origin, and this is the actual way to develope a concept in someone's mind. I really appreciate your words and work. Please it is my request to make videos of all the major and cumpolsory components as well as concepts which are like a breath for an electrical engineer. LOL from Pakistan, 🇵🇰

[@GauravJ]

Thank you 😊 Really appreciate it!! Do share and subscribe 😇

[@briankimario5391]

@@GauravJ Good work in swahili Kazi nzuri Tz

[@poojas7911]

It's really helpful and so clear...tq😊

[@syedasifuddinqadri1126]

Excellent content. Thanks

[@GauravJ]

Glad you liked it!

[@nickontario4681]

Excellent teaching

[@GauravJ]

Thank you 😊 do share and subscribe 😇

[@champakchetia8313]

Sir what is the difference between inductance and inductive reactance ?

[@kennethcampbell840]

I think inductance is the ability to create a magnetic field. The reactance opposition to current caused by self-inductance (aka Lenzs Law)

[@subashri1291]

Nice explanation Gaurav.

[@dreadpirateroberts3902]

thankyou sir ly

[@satvikdeep]

Really helped me. The simulation was a hit. Keep up with this work.

[@GauravJ]

Thanks for the feedback 😊 Do share with electrical Engineers you know 👍🏻

[@plavali_znaem]

@@GauravJ I am here to learn about impedance, but need to learn about Inductive reactance Capacitive Reactance first. Also noticed the cool visualization you used fro simulation. What kind of app is it?

[@Invincible_indian_1]

Super sir nice explanation sir easy to understand sir

[@GauravJ]

Thank you 😊 do share and subscribe 😇

[@mohabelkayala9317]

I belive you would be able to make it more informative and easy catch, thank you anyway

[@cesarcalderon4358]

Thank you

[@GauravJ]

You're welcome

[@academicstuff548]

Please sir be a little more consistent in uploading videos of different topics as your teaching style is great and with a mix of consistency it will be fantastic.

[@GauravJ]

Sure. 👍🏻👍🏻

[@CeriloMantoJr]

Hello sir. Can you make a video explanation about Resonance in RLC circuit or resonance frequency. Thank you sir

[@iltafhussain201]

Great job sir ❤❤

[@GauravJ]

Thank you 😊

[@rehandrone7146]

Big fan Keep the good work up sir

[@GauravJ]

Thank you. Do share and subscribe 😇

[@sangeethpc1855]

👌

[@borisboyadzhiev3642]

Very good videos keep doing this :)))

[@GauravJ]

Thank you for the feedback 😊 do share and subscribe 😇

[@Rakeshjalli]

Super sir

[@GauravJ]

Thanks Rakesh

[@joncarlomelendressazon8063]

Hello sir, what is the simulator that you’re using?

[@DK-pk9wo]

Green clr waveform should for voltage not for current.

[@umairabbasi63]

Whats circuit simulation software please?

[@GauravJ]

Everycircuit

[@AbhiEE-nl9yt]

I think... If it's conclusion with the capacitive reactance can give the overall opposition with AC. Nevertheless , u nailed theeeee video

[@GauravJ]

Thank you 😊 I'll be posting a video on capacitive reactance soon 👍🏻

[@kapeeldev9586]

Well explained. Can you kindly guide when reactive power is 100 KVAR, V=480V, Frequency =60HZ . What will be the formula to calculate inductor value?

[@GauravJ]

Thank you 😊 Sure. Will try to cover it in the upcoming videos!!

[@surajpanda6209]

Sir what software you use for graphical representation...

[@GauravJ]

I do it in presentation only

[@pista3655]

Hello, which program simulator do you use? Helpful video btw👍🏻

[@GauravJ]

Thanks 👍🏻 Software name is Everycircuit

[@scylam1]

Thank you Sir, very clear indeed. May I ask the name of the simulation? 🙏

[@GauravJ]

Thank you 😊 do share and subscribe 😇 Name of the simulation software is Everycircuit

[@scylam1]

Got it Sir. Thanks.

[@micronano9510]

Very good video... keep it up

[@GauravJ]

Thank you 😊

[@micronano9510]

@@GauravJ one doubt,i have a scenario where two sources say ac and DC are being used and the circuit has both resistance and Inductance ,i need to find voltage at junction when switch is set on.Can you please suggest or can I email you the question for your suggestions? Please let me know your email id?

[@user-yx2tr6hb6e]

Which program is used for simulation in video?

[@GauravJ]

Everycircuit

[@jillgates1340]

Clear as mud

[@dominikbaricak9589]

at time 5:00 its super confusing.

[@kamakaziozzie3038]

agreed, some word salad going on there. part of the issue with me was the use of the term “increase of current”. Normally I would consider that phrase to be describing the increase as associated with the entire circuit. In the description he is using here, the increase/decrease of current change is in context of a single waveform cycle in relation to voltage. Once that context was clear, the rest of it became somewhat easier to understand.

[@micronano9510]

one doubt,i have a scenario where two sources say ac and DC are being used and the circuit has both resistance and Inductance ,i need to find voltage at junction when switch is set on.Can you please suggest or can I email you the question for your suggestions? Please let me know your email id?