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OpenStudy (anonymous):
OpenStudy (anonymous):
its question 8 please
OpenStudy (ash2326):
The smaller the time constant, the faster the circuit will reach to steady state (which is the condition of capacitors getting charged and current reducing to 0)
Can you find now?
OpenStudy (anonymous):
the parallel one so the second one
circuit B
OpenStudy (anonymous):
because in parallel connection the current changes and its not the same through out the circuit!
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OpenStudy (anonymous):
am I right?
OpenStudy (ash2326):
Can you tell me the RC constant for both the cases?
OpenStudy (anonymous):
what do you mean in RC
OpenStudy (ash2326):
RC is time constant
OpenStudy (ash2326):
brb
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OpenStudy (anonymous):
tyt
OpenStudy (anonymous):
no I don't know how to calculate the rc!
OpenStudy (anonymous):
@kropot72
OpenStudy (anonymous):
@satellite73
OpenStudy (anonymous):
@mashy
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OpenStudy (anonymous):
@timo86
OpenStudy (anonymous):
@experimentX
OpenStudy (anonymous):
@ash2326 yeah i don't know how to find the RC :(
OpenStudy (ash2326):
it's simple, what's the value of R and C in the two circuits?
R is total resistance if you remove C with shorts
and C is total capacitance if R is short
OpenStudy (anonymous):
there is no nmbers!
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