Practice Problem 7.1 Fundamental of Electric Circuits (Sadiku) 5th Ed - RC Circuit Analysis

Refer to the circuit in Fig. 7.7. Let Vc(0) = 0. Determine Vc, Vx, and Io for t greater than or equal to 0.
Playlists:
Alexander Sadiku 5th Ed: Fundamental of Electric Circuits Chapter 3: • Problem 3.2 Alexander ...
Alexander Sadiku 5th Ed: Fundamental of Electric Circuits Chapter 4: • Problem 4.1 Fundamenta...
Alexander Sadiku 5th Ed: Fundamental of Electric Circuits Chapter 5:
• Alexander Sadiku 5th E...
Alexander Sadiku 5th Ed: Fundamental of Electric Circuits Chapter 6:
• Practice Problem 6.1 F...
Alexander Sadiku 5th Ed: Fundamental of Electric Circuits Chapter 15: • Alexander Sadiku 5th E...
Basic integrals: • Integral of dx/sqrt(16...
E-mail: [e-mail]
Twitter: ardisatriawan

[@pythonshorts4945]

Please check your answer once before uploading the video as your result of the problem doubles the actual value
Please check

[@ArdiSatriawan]

No. You check. The sign was wrong, but it's not double the actual value

[@jenniferv161]

GRACIAS. Justo lo que necesitaba :"""""""")

[@ArdiSatriawan]

Denada!

[@xii-g-01-airlanggapremaper36]

Terima kasih atas videonya Pak! Sangat membantu

[@ArdiSatriawan]

Sama-sama, good luck!

[@tedgiann]

Although correct i think it's easier to follow the 7.1 book example guide to solve this exercise as well.
Find first the Req, then the tau = Req * C and then proceed to the voltage divider for the Ux and Ohm's law for the Ix

[@ArdiSatriawan]

Then forget what was tau after that

[@jawadulkarim8877]

Why does the answer for i says -5 in book?

[@jobertAguilar21]

Hi Sir! Vs(t) = 1/3 (60e -⁰.²⁵) = 15.58 V. I calculate it a twice. 😁

[@jobertAguilar21]

how is it 20 Sir?

[@ArdiSatriawan]

Don't know, maybe you should check your answer.

[@adrian2960]

60/3 = 20 ***** 20(e -⁰.²⁵) = 15.58 V

[@mhfshorts1771]

15:00 tf is this jump scare

[@ArdiSatriawan]

Maybe

[@RVGAMINGFF29]

😊😊

[@ArdiSatriawan]

:)

[@adrian2960]

Io(t) = - 5 (e -⁰.²⁵)

[@ArdiSatriawan]

Maybe.

[@bukharispeaks3245]

Correction you forgot to write (-) before Io(t)

[@ArdiSatriawan]

Check again?

[@bukharispeaks3245]

@@ArdiSatriawan ive checked it once again :) please see the answer that you have written of io

[@jinkhazama4114]

I(0) is negative capacitor is discharging

[@GioR-zv5wo]

banggg makasih banget

[@ArdiSatriawan]

Sama sama

[@poojachaudhary955]

but in 4 th edition answer are different

[@ArdiSatriawan]

So?

[@anasarshad3453]

Ohkhay

[@ArdiSatriawan]

Don't forget to like and subscribe!