a) Find currents and voltages in the following circuit. b) Compute the power absorbed/supplied by each element. iz a + vị + 30 V (+ v2 3Ω 6Ω
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- Assume that the voltage at the terminals of the element , whosecurrent was defined , isv=0t<0;v=10e−5000t kV, t≥0.1. Calculate the power supplied to the element at 1 ms.2. Calculate the total energy (in joules) delivered to the circuit element.Good day, sir/ma'am. Question: A battery has an emf of 14 V and internal resistance of 0.08 ohms. Its terminals are connected to a load resistance of 3.00 ohms. a.) Find the terminal voltage of the battery. b.) Calculate the power delivered to the load resistor and the power to the internal resistance of the battery. Thank you.It is required to provide an illumination of 100 lux in a factory hall 30 m by 15 m. Assume CU = 0.40 and MF = 0.80. If 250 W lamps having an efficiency of 14 lumens per watt are used, determine the total wattage required. Show detailed solution. No solution. No points.
- a load of a customer is more than the rating of the kWh meter so a current transform with a ratio of 400:5 is installed. if the kWh meter givs a difference of 85k kWh, find the actual kWh consumption BOX THE FINAL ANSWER AND USE 4-5 DECIMAL PLACES FOR THE ANSWER subject: ELECTRICAL APPARATUS AND DEVICES lesson: INSTRUMENT TRANSFORMA barangay power station supplies 60kW to a load over 2,500ft, 100 mm², two conductors copper feeder. The resistance of which is 0.0078 ohm per 1,000 ft the bus bar voltage is maintained constant at 600V. determine the load current. Answer = 108 AThe illumination of a room is being designed: room length= 30 ft; room width= 20 ft; coefficient of utilization= 50%; maintenance factor= 76%; required foot- candle= 50; lumens per lamp= 3300; watts per lamp= 50. Estimate the total power drawn by the lamps to satisfy the above requirements. a. 1300 W b. 1500 W c. 1400 W d. 1200 W
- months. Example 2.3. A hydroelectric power station is supplied from a reservoir of capacity 3 x 10' m' at a head of 150 m. Determine the total energy available in kWh if the overall efficiency of the plant is 70%. oper havi rain tion hem eraIt is required to provide illumination of 150 meter- candle in a factory hall 45 m x 15 m. . Assume that the depreciation factor is 0.80, the coefficient of utilization is 0.40 and the efficiency of the lamp is 20 lumens per watt. Calculate the number of 250 W lamps. a. 60 b. 72 c. 63 d. 56write only the option The electrical power is delivered to the users through five distribution levels. True or False? A.True B.False The average supply restoration for voltage level 11 kV is A.more than 4 hours B.between 1 and 4 hours C.less than 4 hours Tariff is the rate of charging for electrical energy supplied by the utility company to its consumer. Tariff is depends on various factors excpet: A.Type of facilities B.Type of services C.Type of consumers D.Total fixed running annual charges of the utility company Under primary distribution netwrok system, the electrical power is delivered to the users through _________ distribution levels. A.3 B.5 C.2 D.4
- Prepare & Analyze the whole Power System of the country "Philippines" Provide a Detailed Data like how Many Mega watts are generated etc etc that Cover All the things Must add a References. You can use the Internet openly. Thank youDraw the circuit diagram an solve using ohms law 1. A lamp is rated 100 watts , 200 V. Find the hot resistane of the lamp asapA constant current of 3.119A for 4 hours is required to charge anautomotive battery. If the terminal voltage is 119+ t/2 V, where t is inhours, (a) how much charge is transported as a result of the charging? (b)how much energy is expended? (c) how much does the charging cost?Assume electricity costs 0.19 cents/kWh. Put an illustration figute with compelte solutions, step by step, kindly handwritten it. THank you!