3.53. The unit of capacitance is (a) henry (c) farad (b) ohm (d) farad/m
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Q: 13. If you used 600 W of power for 60 h, you have used A. 36 kWh B. 3.6 kWh C. 10 kWh D. 1 kWh
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Q: 3. Determine the current i, through the 20-ft resistor. 3 A 1202 www 45023 2013 3612
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Q: 13. If you used 600 W of power for 60 h, you have used A. 36 kWh B. 3.6 kWh C. 10 kWh D. 1 kWh
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Q: 2. Find the required items based on the given circuit using KCL.
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- Solve for the value of the capacitance (in nF unit) if R2 = 1035 ohms and Xc = 2132 ohms. Round your answer to 2 decimal places.8 The energy dissipated in a circuit is rated at 240 microJoules. If the supply voltage is given to be 7.5 volts, determine the capacitance used in the circuit. Select one: a. 8.5 microFarads b. 5.6 microFarads c. 47 microFarads d. 3.3 microFaradsThe leaf of a corn plant has a resistance of 2.0M Ohms, asmeasured between two electrodes placed 30cm apart along the leaf. The leaf has a width of 3.5cm, a thickness of 0.2mm, and a length of 40cm. Its top & bottom surfaces are shaped like flat plates. The fluid within the leaf is mostly water. What is its capacitance? A) 8.85picoFB) 0.049 micro FC) 495600 FD) 80F
- PV ________ is a group of PV __________ that comprises the complete PV generating unit. Select one: Array; cell Cell; module Panel; array Array; PanelA suspension string has 3 units. Each unit can withstand a maximum peak voltage of 11kV. The capacitance of each joint and metal work is 20% of the capacitance od each disc. Find (i) maximum line voltage for which the string can be used. (ii) string efficiencyCalculate the effective Capacitance of the circuit shown below. Show all necessary computations.
- 1-Three identical capacitors are connected in delta with 400 V. If the line current is 12 A: a.determine the capacitance of each of the capacitors. B. If the θ = 60 then calculate the power dissipation in kW when it is connected in STAR؟A three-conductor, three-phase cable has 2 mi of length and is being used at 34.5 kV, three phase, and 60 Hz. The capacitance between a pair of conductors on a single phase is measured to be 2 µF/mi. Calculate the charging current of the cable.- E=E= 60 VV, - C1=C1= 5 μFμF; C2=C2= 10 μFμF; C3=C3= 6 μFμF - C4=C4= 3 μFμF; C5=C5=72 μF Determine the total capacitance, CT, of the network. Determine the total charge, QQ, of the network. Determine the voltage across capacitors 1, V1 Determine the voltage across capacitors 3, V3
- Analyze the problem and please show a complete solution. Thank you.Multiple Choice1. The total capacitance of a series connected network will be ________ than the smallest capacitance on the network.a. smaller b. larger c. slightly largerd. none of the above2. This is the property of a material to be affected or to affect an electric field.a. Permissibility b. Permeability c. Permittivityd. Permeance3. The ratio of the charge that can be stored on the plates of a capacitor versus the applied voltage is ___________.a. Capacitance b. Permittancec. Permeance d. Dielectric constant4. For capacitors connected in series, the ________ is equal for all the capacitors in the network.a. charge b. voltage c. capacitanced. electric field5. For capacitors connected in parallel, the ________ is equal for all the capacitors in the network.a. charge b. voltage c. capacitanced. electric field6. An insulating material inserted on the space separating the conducting plates of a capacitora. insulator b. dielectric c. conductord. diaelectric7. Two capacitors of…Find the value of Ls, if the mutual inductance M is equal to 40 mH.