Find: a. The total current b. The voltage drop across each c. The power dissipat

Question

Find:
a. The total current
b. The voltage drop across each
c. The power dissipated by each resistor

I = amps

Vdrop across R1 = volts
Vdrop across R2 = volts
Vdrop across R3 = volts

Power dissipation, R1 = watts
Power dissipation, R2 = watts
Power dissipation, R3 = watts

5.You are given the following resistors:

- Two 600 ohm resistors
- Two 1.0 Kilo ohm resistors
- Two 3.0 Kilo ohm resistors

For the following circuit, determine the appropriate resistor values given the specified voltages and current.
10V
I=2.424 mA
8.182V

R1 = ohms
R2 = ohms

R3 = ohms

R4 = ohms
R5 = ohms

Explanation / Answer

let us solve 1st : total current I=V/(r1+r2+r3) i=12/(18+14+10)=12/42=0.285 amp Voltage drop across R1 VR1= I*R1= 0.285*18=5.14 volt VR2=0.285*10=2.85 volt VR3=0.285*14=3.99 volt Power dissipated across R1= I*V1=0.285*5.14=146.49 watt PR2=0.285*2.85=0.81 watt PR3=0.285*3.99=1.13 watt Other problem are also same Please solve your self to get more marks in exam and to get familiar with this type of concept if you want any help just reply me any time Thank you in advance

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