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Based on the following circuit find the following: 812 a 922 12 V 3 Ω 1.-...
Based on the following circuit, find the
following:
1.- The value of the currents present
2.- The magnitude of the potential difference between
points a and b (Vab)
3.- The load on the capacitor
8 Ω a 9 Ω 12 V 3 Ω Ε 6 Ω 5 Ω 10 ΩΣ 8 μF 5V 5 V 1.5V 1.5V + Ε 7Ω 3 Ω 7 Ω b
R-24.0 Ω if the potential difference across it is 12 V 9. With the help of an example, state Kirchhoff s rules as clearly as you carn b) Find the currents in the circuit below: 5 2 3V 2V Tocharge a 2000 μF uncharged capacitor, it is connected to a 1 0 Ω resistor and a 12 volt battery. Find the charge picked up by the capacitor when it has been charging for 500 ms. 10. a A1000μF with an...
3 What is the magnitude of the potential difference across the 20-Ω resistor? 10Ω 20 Ω 10Ω 5.0 Ω 10Ω 4. Assume all the lightening in the world represents a constant current of lkA across a 250kV potential. What is the global lightening power? P = IV = 1000A * 250,000V = 250MW The circuit below contains four equivalent 502light bulbs across a voltage source V-100V. 5, 6. a. b. c. Rank the light bulbs from dimmest to brightest (least...
30.69 CP In the circuit shown Figure P30.69 in Fig. P30.69, 60.0 V, RI-40.0 Ω, R2-25.0 Ω, and L 0.300 H. Switch S is closed at t 0. Just after the switch is S closed, (a) what is the potential difference vab across the resistor Ri; (b) which point, a or b, is at a gher potential; (c) what is the potential difference ved across the inductor L; (d) which point, c or d, is at a higher potential? The...
A circuit is constructed with six resistors and two batteries as shown The battery voltages are V1=18 V and V2=12 V. The positive terminals are indicated with a + sign, The values for the resistors are: R1=R5=66 Ω, R2=R6=83 Ω R3=55 Ω, and R4=69 Ω. The positive directions for the currents I1, I2 and I3 are indicated by the directions of the arrows.1) What is V4, the magnitude of the voltage across the resistor R4? 2) What is I3, the current...
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Find the current i and the voltage vx in the following circuit. 12 V 18Ω 3Ω 6Ω 9Ω it 1 V Replace each of the following networks with a single component a. 10 μF b. 15 mH 4 mH 2 mH 12 mH 20 mH 3 mH Use network simplification (reduction) to find the voltage Vab in the following circuit 6Ω 10Ω 20 Ω 8 A 10Ω 15 Ω
3) (5 points) In the circuit below: a) Determine all the currents b) Find Vab 18.0 V 8.00 Ω 12.0 V 36.0 V
For the circuit shown in the figure, calculate the following. (Assume ε = 8.40 V and R = 5.94 Ω.) (a) the current in the 2.00-12 resistor (Enter the magnitude.) (b) the potential difference between points a and b, ΔV = Vb - Va
Three 1.5 V cells are arranged in series, powering a circuit that has two operations with equivalent resistances of 229 Ω (connecting to the positive terminal) and 393 Ω that meet in a single, metered connection. There is a 17 μC capacitor that bridges between the connection and the negative terminal. (a) If the potential on the negative side of the battery is -0.5 V, then what is the potential on the positive side of the battery? V ( b)...
For the circuit shown in the figure (ε-3.50 V, R-5.00 Ω), calculate the following quantities. 12,0 V 4,00 Ω 2.00 Ω (a) Calculate the current in the 2.00 Ω resistor. (Enter the magnitude.) mA (b) Calculate the potential difference between points a and b. The ammeter shown in the figure below reads 2.94 A. Find the following. 15.0 V 7.00 Ω 5.00 Ω 2.00 Ω ε (a) 1A Consider the following figure, where ε,-12 V and ε2-9.2 v. 10.011 6.00...