7. 20V I 7 ΚΩ 2 μF Consider the RC circuit above. Considering all possible times and positions of the switch, what is the greatest power that is dissipated in the resistor in W?
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- How do I solve this problem? For part A my prof. says that the voltage on C1 is not zero when both switches have been open for a long time.7 With a counter 10 lights will be controlled. At the first clock pulse all lights will be ON (1). at the following pulses, lights will be off from inside to outside and the ones that are OFF will not be ON. According to which modulo must this design work ? 518. If a 1 V rms signal source with an internal resistance of 50 N is connected to the amplifier in Figure 7-46, what is the actual rms signal applied to the amplifier input? Assume Bac = 200. Voc +15 V R1 1.0 k C3 C2 D2 Q2 RL 75 0 V, R2 1.0 kn
- electrical circuits show complete solutionWhen measuring resistance, the ohmmeter must be connected: O A. In parallel with the resistor but in series with the inductor when measuring the resistance of the inductor as an inductor acts as a short for a DC source O B. Could be connected either way only if you have a digital multimeter OC. None of the choices are correct O D. In series with the component O E. Could be either wayFor the following circuit, the load draws: TM4C Select one: O O 0 a. 3.3 A b. 3.3 mA C. 2.2 MA d. 8 mA e. 1 KQ f. 100 mA g. 3.3 V O h. 5 mA O 0 1ΚΩ Load
- can you please show the full solution for A and CWhat is the total current for the circuit in the figure below? Given: R = 3000 Xc= 150 120 v 60 Hz Select one: O a. 266.7 mA O b. 894 mA O c. 989 MA O d. 1.2 A R XcThe switch is ON position for a very long time, switched to OFF at t=0 what is the voltage at t=5s?