3 Resistance are Connected in Series Derive The Formula For Total Resistance
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Answered by
1
formula=
total resistance in series..
Rp=RA + RB + RC....
total resistance in parallel
Rp= 1/RA + 1/RB + 1/RC...
total resistance in series..
Rp=RA + RB + RC....
total resistance in parallel
Rp= 1/RA + 1/RB + 1/RC...
sashwani247p6yzcg:
But We Have To Derive It
What Else We Can So
do*
sorry! i not understood... derive it means??
I Mean That we Need To Prove This Formula
sorry i also dont know..im also learning now..
Ok Thank-you For Your Help
☺ Keep Helping Others
well come.
tq.
Answered by
2
Hola User ____________
Here is Your Answer.......!!!!!
_____________________
☆Actually welcome to the concept of the Resistance of a wire ...
☆Basically when the Resistance are connected in a series in a Circuit ....then the
equivalent resistance is calculated by
☆ for RESISTORS R1,R2,R3
☆we know that R = V ×I
☆So in the series the current (I) remains the same ...thus
Vs = V1 + V2 + V3
☆ thus ....Rs/I = R1/I + R2/I + R3/I
☆So here I gets cancelled from both the sides ...thus ..
Rs = R1 + R2 + R3.....
☆Thus it gives the equivalent resistance ...,,,,
_________________________
Hope it helps u.....☺
Here is Your Answer.......!!!!!
_____________________
☆Actually welcome to the concept of the Resistance of a wire ...
☆Basically when the Resistance are connected in a series in a Circuit ....then the
equivalent resistance is calculated by
☆ for RESISTORS R1,R2,R3
☆we know that R = V ×I
☆So in the series the current (I) remains the same ...thus
Vs = V1 + V2 + V3
☆ thus ....Rs/I = R1/I + R2/I + R3/I
☆So here I gets cancelled from both the sides ...thus ..
Rs = R1 + R2 + R3.....
☆Thus it gives the equivalent resistance ...,,,,
_________________________
Hope it helps u.....☺
can u mark as brailiest...I m in need of it urgently for a rank
Ok
thank You very much friend......☺ Regards #MAD
I am Asking That It there Any Difference b/w Total Resistance and Equivalent Resistance
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