Calculate the current through each resistor in the figure below
if each resistance, R= 2.75 k-ohm, and V= 18.0V
Calculate the current through resistor a.
Calculate the current through resistor b.
Calculate the current through resistor c.
Calculate the current through resistor d.
Calculate the current through resistor e.
Calculate the current through resistor f.
What is the potential difference between points A and B?
Starting From right side for calculating equivalent
Resistors a and b are in series
Rab and Rc are in parallel
Rabc and Rd are in series
Rabcd and Re are in parallel
Rabcde and Rf are in series ,so equivalent
given R=2.75 Kohms
Total current flowing in the circuit is
I=V/Req=18/4468.75 =4.03*10-3 A or 4.03
Current flowing in each resistor
If=I=4.03*10-3 A or 4.03 mA
Ie=I*(Rabcd/Rabcd Re)=4.03*((5/3)R/(5/3)R R)=2.52
Ic=Id*(Rab/Rc Rab)=1.51*(2R/R 2R)
Ia=0.5 mA or 0.5*10-3
Ib=0.5 mA or 0.5*10-3
Ic=1.01 mA or 1.01*10-3
Id=1.51 mA or
Ie=2.52 mA or
If=4.03 mA or
Potential difference across A and B is