R2- 2 R3= 3-2 Ra Vab- 4V h2 Rea= *

Question

Question

science physics

Answer 1

Answer #1

Aus Ri=12, R2=22, R3=32 Vab=4u. Ri and Ra are in series their equivalent is- R = RitR2=(1+2) = 32. a . e. i. I = ab I = Vab =

Answer 2

Similar Homework Help Questions

Calculate the equivalent resistance R3 R1 RA R2

Calculate the equivalent resistance R3 R1 RA R2
The figure below shows a resistor network. R2 ww R R3 RA V The values of...

The figure below shows a resistor network. R2 ww R R3 RA V The values of the components are as follows: • R = 4.722 • R2 = 6.81 2 • R3 = 8.83 2 • R = 9.56 12 . V = 14.70 Volts Fill in all the values into the table below: Element R (12) V (V) Ri I (A) P(W) R2 R3 RA RA Re Rc
The figure below shows a resistor network. R2 ww R R3 RA V The values of...

The figure below shows a resistor network. R2 ww R R3 RA V The values of the components are as follows: • R = 4.722 • R2 = 6.81 2 • R3 = 8.83 2 • R = 9.56 12 . V = 14.70 Volts Fill in all the values into the table below: Element R (12) V (V) Ri I (A) P(W) R2 R3 RA RA Re Rc

11 R1 3 w €2 Ei R3 12 RA R2 Given the circuit above, you must...

11 R1 3 w €2 Ei R3 12 RA R2 Given the circuit above, you must select the correct equation describing the Kirchhoff loop rule for the outer loop (all the way around the outside) starting at "X" and going clockwise. The terms must be in order. +€1-1/R1+13R3-I|RA=0 +13R3-13RA+E1- IjR1=0 +13R3 -I|RA+€1-I[R1=0 -I3R3 -I/RA+&1-I[Ri=0 + 2+R2-RA-81- I R1=0
For the circuit shown, R1 = 2.30 Ω, R2 = 2.00 Ω, R3 = 1.60 Ω,...

For the circuit shown, R1 = 2.30 Ω, R2 = 2.00 Ω, R3 = 1.60 Ω, R4 = 1.45 Ω, R5 = 1.85 Ω, and Vab = 2.60 V. Find ℰ. R1 R2 Ra R 5 a R 2-V
QUESTION 2 Given the circuit below which resistors are in parallel? R1 R2 R3 RA R5...

QUESTION 2 Given the circuit below which resistors are in parallel? R1 R2 R3 RA R5 P1, P2 and Rg Ps. Ra and Rg Py and Re P1, P and PS

R R2 V RS 두 R3 RA The figure shows a circuit with a battery and...

R R2 V RS 두 R3 RA The figure shows a circuit with a battery and five resistors. What is the current through and the potential difference across resistors R1 and Rz? R1 = 7.00 2, R2 = 5.00 2, R3 = 3.00 2, R4 = 14.0 2, R3 = 4.002, and V = 23.0 v. Current through R : Potential difference across R : Current through R2: Potential difference across R2: | Submit Answer Tries 0/6
82 AB R2 R1 ww- VB Isie VAB R3 EVsig 81 VB 3 In this circuit,...

82 AB R2 R1 ww- VB Isie VAB R3 EVsig 81 VB 3 In this circuit, Vsig = 26 V, R1 = 52, R2 = 7 2, and R3 2. Use the Node Voltage method to solve the circuit: The nodes, voltages, and currents have been already labeled for you. For each node, write the KCL equation, sum of currents 0. Follow this convention : PLUS currents coming in, MINUS currents going out. For each resistor, write Ohm's Law and...
1) Let R1 = 100 S2, R2 = 150 12, R3 = 50 S2, RA =...

1) Let R1 = 100 S2, R2 = 150 12, R3 = 50 S2, RA = 300 12, R3 = 200 12 in the following circuit diagram. Rj R3 a) Determine the equivalent resistance of the set of resistors. b) Determine the current flowing through each resistor. c) Determine the potential drop across each resistor.

11 R1 13 X €2 M €1 R3 12 RA R2 Given the circuit above, you...

11 R1 13 X €2 M €1 R3 12 RA R2 Given the circuit above, you must select the correct equation describing the Kirchhoff loop rule for the outer loop (all the way around the outside) starting at "x" and going clockwise. The terms must be in order. O+IBR3 -I RA++ - I R1=0 O+E2+ I2R2-1, RA+;-1; R,=0 O-13R3 -I, RA+€1-1,Ri=0 +13R3-13RA+81-I,Ri=0 +€1-IR1+13R3-I,RA=0