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A: (B) 6 ohm is the right answer
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A: Apply the Kirchhoff’s Law from the leftmost loop in the given FIG
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A: Given VT=150 v V1=150 v R1=130 ohms I2=0.7 A Required RT and IT
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Q: 6. Consider the combination of resistors shown in Figure P18.6. (a) Find the equivalent resistance…
A: a) 12 ohm and 6 ohm are parallel so equivalent of both = (12×6)/(12+6) = 4 ohm 4 ohm and 8 ohm are…
Q: In the figure R1 = 5.11 Ω, R2 = 15.3 Ω, and the ideal battery has emf ε = 12.4 V. (a) What is the…
A: The circuit diagram is given by:
Q: Calculate the power delivered to each resistor in the circuit shown in Figure P18.14. R1 = 3.00 N,…
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Q: A circuit has resistors R1 = 353 N and R2 = 125 2, and two R2 batteries V = 72.0 V and V, = 18.0 V .…
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Q: Figure shows two circuits. The two batteries are identical and the four resistors all have exactly…
A: a) Points a, c and e are all at the same potential as the positive electrode on the battery. Points…
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Q: What are the expected readings of the ammeter and voltmeterfor the circuit in Figure P18.65?
A: Consider the circuit diagram for the nodal analysis. Consider the potential at node A be V.
Q: The circuit shown in the figure below is connected for 1.50 min. (Assume R, = 7.60 N, R, = 1.60 N,…
A: The concepts used in this problem are Kirchhoff's Current Law (KCL), Kirchhoff's Voltage Law (KVL),…
Q: 6.00 k2. %3D %3D Suppose in the figure below Vab = 9.00 V, R1 = R2 = 3.00 k2, and R3 Find the power…
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Q: In the figure R₁ = 4.560, R₂ = 13.70, and the ideal battery has emf & = 10.5 V. (a) What is the…
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Q: Calculate the power delivered to each resistor in the circuit shown in Figure P18.14. R1 = 5.00 N,…
A: R1=1*11+1=12
Q: Consider the circuit shown in Figure P18.9. (R = 28.0 2.) 10.0 2 25.0 V Wr 10.0 2 ER 5.00 2 Figure…
A: Please see the answer below.
Q: Two resistors are connected in parallel as shown in the figure. What is the value of Rand IT? + VT =…
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Q: In the figure R₁ = 5.760, R₂ = 17.30, and the ideal battery has emf ε = 13.4 V. (a) What is the…
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Q: If the resistors and batteries in Figures Q23.4 and Q23.5 are all the same, which of the two…
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Q: 24.0 V 12.0 V + I Μ R₁ 4.00 Ω 13 3.00 Ω 5.00 Ω Μ R₂
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Q: In Figure P18.64, R1 = 0.100 Ω,R2 = 1.00 Ωand R3 = 10.0 Ω.Find the equivalent resistanceof the…
A: Given:the circuit has three resistor and along with 100Ω.R1 = 0.1 ΩR2 = 1.0 ΩR3 = 10.0 Ω
Q: 1. Determine the power consumed by the resistors in Figure 11.49. R, = 200 N AVG = 80.0 V R = 180 N…
A: The power consumption by a resistor R when I current passes through it, P = I2R
Q: Two resistors are connected in parallel as shown in the figure. What is the value of R, and IT? + VT…
A: VT = 150 volts V1 = 150 volts R1 = 130 ohm I2 = 0.7 A
Q: 1.Calculate the value of the shunt resistor (R,) that must be connected with the galvanometer in…
A: Given data: The current values are, Imax=0.75 AIGMAX=15 mA The value of resistance is, RG=5 Ω
Q: In the figure R₁ = 4.320, R₂ = 13.00, and the ideal battery has emf ε = 13.8 V. (a) What is the…
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Q: In the figure R₁ = 6.44 Q, R₂ = 19.30, and the ideal battery has emf ε = 11.3 V. (a) What is the…
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Q: (a) Is it possible to reduce the circuit shown in FigureP18.16 to a single equivalent resistor…
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Q: Find the current through and the potential difference across each resistor shown.
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Q: Q3) Figure 6 shows a circuit where the current in 2.0 2 resistor is 3.0 A. Find the unknown emf e.…
A: In the given circuit we have to determine the the value of unknown EMF.
Q: and I? Two resistors are connected in parallel as shown in the figure. What is the value of RT VT =…
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Q: Resistor 1 is 3.8 ohms, resistor 2 is 8.4 ohms and resistor 3 is 7.7 ohms. The ammeter reads 8.9 A.…
A: Resistor 1 is 3.8 ohms, resistor 2 is 8.4 ohms and resistor 3 is 7.7 ohms. The ammeter reads 8.9 A…
Q: ++||||| OVT = V₁ + V₂ + V3 ○ V T = ( √/₁₂ + √2/2 + √2/2) O V₁ = V₁ = V₂ = V3 R₂ V₂ V₂ I₂ Į₂ Three…
A: In given circuit, all three resistors are connected in parallel . Therefore , voltage across each…
Q: Find the equivalent resistance of the combination of resistors R1 = 42.0 S2, R2 = 75.0 S2, R3 = 33.0…
A: Given:- A circuit is given as The resistance is as R1= 42.0 Ω R2= 75.0 Ω R3= 33.0ΩR4=61.0 Ω…
Q: In the figure R₁ = 7.810, R₂ = 23.402, and the ideal battery has emf ε = 13.1 V. (a) What is the…
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Q: 2 Consider the circuit shown in Fig. E25.26. The termi- nal voltage of the 24.0-V battery is 21.2 V.…
A: Given data: Emf of battery (ε) = 24.0 V Terminal voltage (V) = 21.2 V Current (I) = 4.00 A…
Q: Find the potential difference across each resistor in the figure below. (R, = 4.70 N, R, = 3.80 N,…
A:
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- When resistors R, and R, are connected in parallel each resistor dissipate 100 W and 75 W, respectively across a 100 V source. If the two resistors are reconnected in series across a 150 V source, what is the total power in the series connection? O A. 12.2187 w O B. 175 w OC. 96.4289 w O D. 131.3215 w2o2 3052 352 552 652 2A A. The power dissipated in the 3 Ohms resistor is W. B. The total voltage is V. C. The power dissipated in the 5 Ohms resistor is W. Round all answers to whole numbers.R. 2R ww R. Question 4 / 12 In the figure, find the power generated in the 2R-resistor when ɛ = 12 V andR= 9.0 2? 1. 06.25 W 2. O3.6 W 3. 046 W 4. 02 W 5. 03 W
- 22. An 8 ohm resistor and a 6 ohm resistor are connected in series with a battery. The potential difference across the 6 ohm resistor is measured as 12 V. What is the potential difference across the battery?A. 28 V B. 24 VC. 26 V D. 22 V 23. What is power dissipated in the resistor of 6 ohm in question 22?A. 20 W B. 24 WC. 22 W D. 32 W2.000 3300 where R=1.800. A 1.000 4.000 8.000 An 14.8-V emf is connected to the terminals A and B. What is the current through the 1.80-02 resistor connected directly to point A?Power watt? A 3.0n resistor is connected to a non-ideal source with internal resistance r = 1.0N and EMF E = 16 V as shown. If the potential measured by the voltmeter is 12 V, what is the net electrical power output of the battery? O A. 16 W O B. 48W OC. 64 W O D. 80 W
- I've got the power! In the circuit shown, a 10.0 V bat- tery with an internal resistance of 5.00 N is connected to a 15.0 N external resistor. What is the rate of dissipation in the battery? 10.0 V 5.00 N A. 1.25 W С. 3.75 W ww- 15.0 N В. 2.50 W D. 5.00 WIn the figure, R, = 24 2, R, = 72 2 and R, = 48 2 are connected across points "a" and "b". A potential difference V is applied across the system ; if the potential difference across resistor R, is 144 volts then what is the 9. Rz manng R3 power dissipation in resistor R,? (in watts) a. 3456 b. 2592 c. 5184 d. 1728 e. 12965. A 6.00 uf capacitor with an initial charge of 1200 µC is discharged through a 4.0 M2 resistor. a) Calculate the magnitude of the current in the resistor 12.0 s after the resistor is connected across the terminals of the capacitor. VC = (1- e24) %3D 4E6 1.2NO -10 b) What is the charge that remains on the capacitor after 12.0s? 2=Q (1-e-Tha 1/241 T-24 See 2=4.7 x10- %3D c) How much energy has the capacitor dissipated through the resistor in those 12 s? (Hint: energy is the integral of the power with respect to time.) 12 8.31 xio4 12
- 9. Four resistors R1=6.00 Q, R9-6.00 2, Rg=14.0 Q, and R4-8.00 0 are mounted as shown in the figure. The voltage of the battery s V = 18.0 Volts. What is the power dissipated in the Rg resistor? Show my other submissions 15.51 Watts R. ww R ww- ww. ww R, Ra 10. Five resistors R1=5.00 Q, R2=6,00 pHow long will it take a charged 80 µF capacitor to lose 63% of its initial energy when it is allowed to discharge through a 45 O resistor? O a. 1.09 ms Ob. 1.66 mS Oc179 mS Od.0.83ms Oe. 3.58 msSuppose an electric current 1.5 µA were to go through a resistance of 2.3 MQ. How much voltage would be dropped across their resistance Select one: O A. 3.45 x10° v O B. 3.45 µV OC. 3.45 MV O D. 3.45 V