Kirchhoff's Rule Cap-monster maze

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SUMMARY

The forum discussion centers on the calculations related to Kirchhoff's rules applied to two specific mazes: the Cap-monster maze and the Res-monster maze. The correct charge for the Cap-monster maze is established as 15 microcoulombs, while the current for the Res-monster maze is confirmed to be 2A. Participants clarify the importance of using the correct units, specifically distinguishing between nano and microcoulombs. The conversation emphasizes the application of Kirchhoff's voltage law in analyzing electrical circuits.

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  • Understanding of Kirchhoff's Voltage Law
  • Basic knowledge of capacitors and their charge calculations
  • Familiarity with electrical current measurements
  • Ability to differentiate between units of measurement (nano vs. micro)
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  • Study Kirchhoff's Voltage Law in detail
  • Learn about capacitor charge calculations and their applications
  • Explore practical examples of circuit analysis using Kirchhoff's rules
  • Review unit conversions in electrical engineering
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Electrical engineering students, circuit designers, and anyone interested in mastering circuit analysis using Kirchhoff's laws.

Mastur
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Well, the attachments says it all, the cap-monster and res-monster maze. I want to know if I made a right decision about my answer.

Cap-monster maze

ξ - q/C = 0

Then q = 60(nano)Coulomb.

Res-monster Maze

-ξ1 - ξ2 - ξ3 - ξ4 + IR = 0

I = 4A.

Am I right?
 

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Hi Mastur! :smile:

oooh, they're fun! :biggrin:
Mastur said:
Cap-monster maze

ξ - q/C = 0

Then q = 60(nano)Coulomb.

yes (except for the nano)
Res-monster Maze

-ξ1 - ξ2 - ξ3 - ξ4 + IR = 0

nooo :wink:
 
I already got the Res-monster maze.

The problem is the one battery, which will have a positive sign. So the answer is 2A. :)

And what's with Nano? Hmm? But my answer is correct, right?

Naah, I got it. It's MICRO, not NANO, right? hahaha
 
he he he :biggrin:
 
the answer for the cap-monster cage is 15 micro coulombs. don't feel like explainin it cause I am a lazy bum but you should def trust me!
 
garbagesocray

"the answer for the cap-monster cage is 15 micro coulombs. don't feel like explainin it cause I am a lazy bum but you should def trust me!"
You are wrong garbagesocray . Try considering a loop in which there is only the capacitor C and the Battery(s).
Happy Solving :)
 

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