Kirchhoff's Rule Cap-monster maze

[Mastur]

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?

 

[tiny-tim]

Hi Mastur!

oooh, they're fun!

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

 

[Mastur]

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

 

[tiny-tim]

he he he

 

[shitsocray]

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!

 

[SAUMYA B]

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 :)