iv) The equivalent capacitance, Ceq, for this circuti is: (a) 10 µF (b) 110 µF (c) 40 µF (d) 3.4 µF 20 µF 30 µF Ceq 5 µF 40 μF 15 µF
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- What frequency must be applied to a 33-mH inductor to produce an inductive reactance of 99.526 ?What are the charges on capacitors C1, C5, and C8, respectively? a. 0.1945 C ; 950 nC ; 2.03 pC b. 0.0565 C ; 0.32 pC ; 6.03 mC c. 0.0109 C ; 32 pC ; 4.87 mC d. 1.5905 C ; 9.55 pC ; 0.205 pCProblem #3 Find the equivalent capacitance of the group of capacitors shown below. all steps t 5.00 µF 3.00 µF 2.00 AF 4.00 uF 3.00 µF 6.00 uF 7.00 uF
- A 10-9.F capacitor (1 nanofarad) is charged to 50 V and then disconnected. One can model the charge leakage of the capacitor with a RC circuit with no voltage source and the resistance of the air between the capacitor plates. On a cold dry day, the resistance of the air gap is 3× 1018 2, on a humid day, the resistance is 6 × 10° 2. How long will it take the capacitor voltage to dissipate to half its original value on each day? ... On the dry day, it will take seconds.If C=47 microF Rl=1kohm Vs=90 cos2000t V, what is the diode current during the one-time charging time of the capacitance? reply:-8:39 sin(2000t-0.37 degrees) A-9:39 sin(2000t-0.30 degrees) A-7:49 sin(2000t-0.63 degrees) A-7:39 sin(2000t-0.53 degrees) A-8:49 sin(2000t- 0.60 degrees) Aone of the answers.A parallel-plate capacitor has plates of area 124.0 cm² and a separation of 1.00 cm. A battery charges the plates to a potential difference of 121.0 Vand is then disconnected. A dielectric slab of thickness 4.60 mm and dielectric constant 6.40 is then placed symmetrically between the plates. Find the capacitance before the slab is inserted. 1.098
- A multi-plate capacitor is made up of 501 sheets of aluminum 20 cm x 30 cm with an insulation of paraffin paper 0.0015 cm thick. What is the capacitance in microfarads of the capacitor? (k for paraffin paper is 3) a. 50 b. 55 c. 35 d. 67Determine the equivalent capacitance ( in mF units) of the combination shown when C = 46.8 mF. C HH Tc T₂c C 2C CIf a constant current of 440 µA charges a capacitor of value 2.2 mF, with an initial voltage of 1.25 V, what is the capacitor's final voltage after 10 seconds? a. 4.34 V b. 5.23 V c. 3.25 V d. 2.67 V
- Consider the following. (LetC₁ = 11.40 μF and C₂ = 5.40 uF.) 6.00 μF 9.00 V (a) Find the equivalent capacitance of the capacitors in the figure. 3.8 UF (b) Find the charge on each capacitor on the right 11.40 uF capacitor 34.2 on the left 11.40 µF capacitor 34.2 16.2 18 on the 5.40 uF capacitor on the 6.00 uF capacitor C₁ on the 6.00 uF capacitor No Help L (c) Find the potential difference across each capacitor. 11.4 X on the right 11.40 µF capacitor Your response differs from the correct answer by more than 100%. V on the left 11.40 uF capacitor on the 5.40 uF capacitor ✓ HC ✓ HC ✓ PC ✓ PC 11.4 x Your response differs from the correct answer by more than 100%. V 5.4 x Your response differs from the correct answer by more than 10 %. Double check your calculat 6 x Your response differs from the correct answer by more than 10%. Double check your calculatiDetermine the total capacitance, total charge, individual voltage drop and charges across each capacitor. Use two decimal places for your answer. Put your answer for the individual voltage and charge for each capacitor in a table for faster checking. Thank you! Here are the values for the capacitors: C1 = 34 C6 = 29 C2 = 46 C7 = 38 C3 = 28 C8 = 23 C4 = 43 C9 = 32 C5 = 24 C10 = 23Consider the circuit in figure given below: A B The capacitor C is initially charged. At time 0, the switch is connected from A to B and the voltage across the capacitor is measured. The following data are recorded by a data acquisition system: t(s) 0.0 0.1 0.2 0.3 0.4 0.5 V(V) 4.98 1.84 0.68 0.25 0.09 0.03 (a) Determine the linear correlation coefficient betweent and V. (b) Determine the linear correlation coefficient between t and In(V).