Experiment to verify Kirchhoff's Current Law (KCL)

[@anmolgaurav7150]

Though I am not technical man, but understood it due to practical results. Thanks!

[@ADKTech7]

@Anmol Gaurav Thanks alot for your valuable feedback🙏 please share this with your friends😊

[@gopihua5967]

Wow ❤ ,just Amazing explanation🎉

[@ADKTech7]

Thank You 🙏 Please like share and subscribe 🙏

[@ASMAYTSG]

Wow sar show beautiful expleane..... Thanks Sar ..🙏🙏🙏👍

[@ADKTech7]

Thank You! Keep watching 🙏

[@namratadongare495]

Thank you so much sir .

[@ADKTech7]

Welcome 👍

[@anjumerlyn4847]

Thankyou soo much sir... The explanation was soo good.... 🥰🥰

[@ADKTech7]

@@anjumerlyn4847 Glad it helped you Please share this channel with your friends 🙏

[@anjumerlyn4847]

@ADKTech7 sure🤗

[@poojashedge1857]

Thanks sir for information , your explaining process is very nice.

[@ADKTech7]

Thank you Pooja. Keep watching 🙏

[@harshadchavan8630]

Good explain 🥳💯

[@ADKTech7]

Thanks and welcome 😊 Keep watching...

[@DJ_marathi_studio]

very nice video sir. Thank you sir. 👍

[@ADKTech7]

Thank u Misbah!!!

[@hemantmahajan9471]

Amaging explained sir . Thank you..

[@ADKTech7]

Welcome ☺️🙏

[@SandeepLakhlan-og8lq]

Sir please one video on your circuit of KCL

[@ADKTech7]

Dear Sandip, The video on which you have commented is on KCL. If you want video on KVL, click on following link: kzbin.info/www/bejne/jKfQcmWKj8itnM0

[@abdulghaffur5185]

One very

[@rashmijadhav1418]

Nise explanation sir 👍

[@ADKTech7]

Thanks Rashmi.🙏 Keep watching and share with your friends...

[@rashmijadhav1418]

Ok sir

[@mohamedrizwan82]

Sir, Can you let me know how you created this trainer box ? \

[@ADKTech7]

1. I have taken a wooden switch board. You can take PVC box as well. 2. Drawn circuit diagram with permanent marker. 3. Drilled holes where connectors are required. 4. Fixed 4 mm female banana connectors on board. 5. Soldered required resistors from bottom. Your circuit is ready...just applied external power supply and connected voltmeter and ammeter.

[@LaptopheDosto]

@@ADKTech7 Sir we can also use bread board which is cheaper then this 4 equipment

[@ADKTech7]

Yes you can use a breadboard, but breadboard connections are not tight hence sometimes loose corrections might result in wrong readings. Especially connecting a voltmeter or ammeter on a breadboard is difficult task. Also we cannot mount high power components on breadboard.

[@k4rbhnextra]

Thanks sir ✨🐝

[@ADKTech7]

Welcome 👍

[@teena8164]

Excellent

[@ADKTech7]

Thank you @teena kumawat 🙏 Please like, share and subscribe...

[@poojaaswini632]

Good,but here u used super position theorem kit

[@ADKTech7]

It is a T-type network which can used to perform many experiments

[@akanksha1171]

Thank you so much sir g

[@ADKTech7]

Welcome and keep watching 👍

[@kamaldeeppunia9983]

sir ye R1 ,R2 and R3 ki value kha se aayi 973,2171 and 1982 ??

[@ADKTech7]

Actually standard values of R1, R2 & R3 are 1k ohm, 2.2k ohm and 2k ohm. But practically resistors have some tolerance, hence values are little bit less. You can take any values as per your convenience.

[@kamaldeeppunia9983]

@@ADKTech7 thank you so much

[@architasinha14]

Thank you so much !! I was struggling with this so much

[@ADKTech7]

Welcome @Archita Sinha ☺️ Please share this with your friends and colleagues 🙏

[@shriramjoshi6593]

Thank you sir

[@ADKTech7]

Welcome Shriram...

[@244sonuaadhe9]

Nice

[@ADKTech7]

Thanks!

[@mrvaibhav5920]

Sir krichoff law pda rhe to krichoff law use bhi kraiye .

[@ADKTech7]

Dear Vaibhav, I have explained each and everything with practical demonstration.

[@yixuan1135]

can anyone tell me what is the manipulated and responding variables in this experiment??thanks for your help🥰🥰

[@zitinglim6380]

I also wan to know tell me also plssss

[@kayxianeng4994]

I aso think it is very important to know tat b4 i do the exp

[@dpu-tangryuhung9157]

I think the manipulated variable is what you think it is

[@ADKTech7]

In this Expt. I1, I2 and I3 are responding variables and applied voltage V is manipulatig variable.

[@rakesharora7714]

Thanks a lot.

[@ADKTech7]

Welcome 😀 Please like, share and subscribe 🙏

[@harry292]

Thanks bro but you are saying 2.sixty (2.60) but should say 2.six zero

[@ADKTech7]

@Harry potter Thank you for your valuable suggestion🙏😊 Keep watching 👍

[@harry292]

@@ADKTech7 can you share video link of verification of superposition theorem

[@ADKTech7]

Experiment to verify Superposition theorem: kzbin.info/www/bejne/mqbMiHqoicp0opI

[@zynskavzynskav4465]

How to get Current total is 4.97 mA? Why not explain how to calculate (R2 || R3) ?

[@zynskavzynskav4465]

Found it on another channel. The total parallel resistance is calculated by "product over sum", so R2 || R3 = (R2 X R3) / (R2 + R3)

[@ADKTech7]

Correct👍

[@Rony-l1d]

Sir explanation is really good but sir I wish you used a breadboard

[@ADKTech7]

Thank You for your kind suggestion.🙏 Actually this video was recorded during COVID pandemic with limited resources.

[@tejashridahibhate7505]

Tnx sir 🙏

[@ADKTech7]

Welcome 👍

[@KK-hd4wy]

Thank you.

[@ADKTech7]

Welcome ☺ Please share this with your friends 🙏

[@matharirajeshwari4378]

Sir plz upload the video of kvl

[@ADKTech7]

@Mathari Rajeshwari Video on KVL is already uploaded. Link for the video: kzbin.info/www/bejne/jKfQcmWKj8itnM0

[@trendshopping1607]

Thanks sir ❣️❣️❣️❣️❣️❣️❣️❣️❣️❣️❣️❣️❣️❣️❣️

[@ADKTech7]

Welcome... keep watching and share this channel with your friends🙏

[@mehandiart9085]

Please tell how to make this circuit in ploud

[@ADKTech7]

Ploud??

[@mehandiart9085]

How to make experimental board

[@ADKTech7]

Take a 10x6 plastic or wooden board, 3 resistors of any values, some 4mm banana female connectors and connecting wires. Draw the circuit on board with marker, make hole to fix connectors. Connect resistors and wires....Your board is ready

[@shahaliyah5219]

can i get the list of apparatus and procedure? :( it will be helpful for my project. thank you

[@ADKTech7]

32V DC regulated power supply-01 Qty Resistors-03 Qty (any values of your choice) Ammeter-01 Connecting wires

[@ADKTech7]

Procedure: 1. Turn on DC power supply and and set it to some desired value eg 12V. 2. Measure the current flowing through each branch in the network and note down the values. 3. Consider any node in your network, check for all all incoming and outgoing currents. 4. You will find algebraic sum of all incoming currents is exactly equal to algebraic sum of all outgoing currents at a specific node.

[@ADKTech7]

Please watch the video carefully you will understand the complete procedure 🙏

[@shahaliyah5219]

@@ADKTech7 thank you 🤩

[@gauthamg7095]

cant see anything because of ur hand. plz do it better next time.

[@ADKTech7]

Thank You for the suggestion

[@rajeshchoudhuryfitnessyard4433]

Bhai khana nhi kahye ho kya itne dhire se bol rahe ho

[@ADKTech7]

Next time khana kha kar video banaunga😀

[@naveendhoulpuriya8495]

how to make bro

[@ADKTech7]

Just used simple wooden board and banana connectors and soldered resistors from bottom side.

[@k4rbhnextra]

👺✨

[@ADKTech7]

😀

[@Student-t3z]

Delta to star and star to delta kii reading

[@ADKTech7]

?

[@Student-t3z]

Experiment name star delta and delta to star experiment

[@neerajkumarbaghel967]

Jjjii

[@ADKTech7]

??

[@KKgamer3023]

Nice

[@ADKTech7]

Thanks ☺️ Please like, share and subscribe 🙏🏼

[@AkashDas-vk6ip]

Thank you sir

[@ADKTech7]

Welcome 🤗 Please share this with your friends 🙏