Відео

Thank you Sir

Hey Thank you

Thank you

Thank you

Your are welcome...... Please support this video... to many students who are desperate to know what is exactly engineering?

Well, Control Systems is a special mathematical tool used in Electrical and Electronics engineering courses in order to under stand and react to physical systems.

The basics of this subject (control systems) one can learn in undergraduate program of bachelors degree under stream of electrical or electronics engineering. Later, one can go for Masters in engineering in control systems specialization. Control systems engineering is widely used in the fields of medical, mechanical, electrical, electronics, agricultural, aeronautical, radar, telecom and communications systems.

Exactly Sir., Thank you for your response

Thanks for your response. you are write, i(0+) = 6A. Thank you once again, because of your valuable comments, I can work on my mistakes.

admittance(Y) is a reciprocal of impedance(Z). that means if V/I = Z, then I/V = Y. Here( I11/V11)= Y11, that is why Y11=(3/2)s simens(s)

hello before t<0 inductor was not energized so no current flows through it. at t=0, current through inductor does not change instantaneously. That is why we should not consider at t=0 condition. after switch is closed that is at t=o, inductor get connected to source current 6A. after t>0 inductor gets charged. After some time i(t) is 1.49(1-e^(-2.22t)). that means inductor is getting charged to its maximum value. at t= infinity (steady state value will be) 1.497 ( =1.5A) and inductor becomes short circuited.

yes very soon i will take that topic

thank you

Thank you for your response

thank you

Thank you

welcome

from port 2, I2dash is equal to I2 minus 3I2, You please check and let me know whether you understood or not

Than you, yaswanth reddy , sure. i will make one video of all theorems with simple examples. you please click the bell icon of this channel.

hello vardhan, -15V/s indicates the rate of change of voltage in inductor. The magnitude will remain the same value that is 15 V/s. But minus sign indicates that the measurement of change in voltage is in reverse direction.

yes harshkumarjha pakka i will upload good stuff related to analog electronics. You just name the topics in analog circuits, I will try to give better information..

hello Amanraj In second question we solved the give problem in two solutions first we apply super position theorem to get the answer of voltage Vx to be -38.46V. Next i cross checked the the same problem with KCL approach without superposition theorem. it means i solved the same problem without superposition theorem.

With direct KCL approach you can get the answer as -38.46 Volts

Thank you

sure, I will try to do that

yes

Glad I could help

Sure 👍

thank you

thank you buddy

hello buddy Inductor acts as source device, capacitor act as load element. therefore, at that instant charged inductor is is delivering power

here we understood that capacitor is charged and its charged voltage of 110V

@@rollno235 not yet understood

hello buddy here we have discussed two problems. your doubt is in problem-1 or problem 2 @@AffanShaikh-fw1hp

@@engineeringbasicsforcoming2179 2

hello yes i will help you in dealing with control systems. tell me what topic you want to get clarity

Thank you for identifying my mistake. Yes 3 ohms is the final answer

your are welcome

we have to place compensated voltage and check the changed value of current

No need of Vth source when we have compensation voltage source. sorry for delayed reply

In thevenins theorem we do need Vth values kadhaa sir

@@yaswanthsrreddyd2076 yes in thevenin's theorem it is required but, in calculating compensation voltage we dont require it

I am M-E qualified. Problems and solutions are present in this social network from the past. I am trying to explain the concept based on different values.

Bhoomika are you talking about figure 4 of this video? let me know please

Question 3

hello please let me know your doubt...clearly i am sorry i took so much time to reply

thank you

sure i will do that

So nice of you

Thank you so much 🙂

So nice of you

@@engineeringbasicsforcoming2179 No no you absolutely deserve much more..God bless u sir..

@@sharmisthabiswas7468

thank you

sure thank you

Thanks

thank you sir

Thanks