CALCULATE THE VALUE OF R IN THE CIRCUIT SHOWN IN FIGURE 1 IF THE POWER SUPPLIED BY THE VOLTAGE SOURCE, VS, IS 120W. 252. 152 162 FIGURE 1
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- The sizes of the given circuit elements are given below.What is the average power delivered by the Is current source?R1 = 8 ohmsR2 = 8 ohmsL1 = 9 milliHenryL2 = 8 milliHenryn = 3V0 = 50cos(1300t+30) VoltsThe data for a wind turbine is given below: Wind speed = 14 meters/sec, Length of blade = 10 meter Choose the correct statement for this wind turbine. a. The input wind power to the turbine is 517KW b. The input wind power to the turbine is 258 KW c. The input wind power to the turbine is 25.8KW d. The input wind power to the turbine is 51.7KWPart b. what is the power consumption of the resistor? Part c. what is the generated active and reactive power by the voltage source? Please answer all subpart for like
- Which of the following is not an advantage of hydroelectric power plant? Low running cost Fuel cost No standby losses Continuous power sourceThe data for a wind turbine is given below:Wind speed = 14 meters/sec, Length of blade = 10 meters.Choose the correct statement for this wind turbine. a.The input wind power to the turbine is 517KW b.The input wind power to the turbine is 51.7KW c.The input wind power to the turbine is 25.8KW d.The input wind power to the turbine is 258 KWDetermine the overall efficiency for chemical energy to light energyconversion for Figure 3 if the power plant efficiency is 40%, transmissionline efficiency is 85% and light efficiency is 7%. State the reasons and explaination.
- Instruction: Compute for the values of currents using Kirchhoff’s Current Law to complete the table below. REFER FROM CIRCUIT 1. For the measured values, respectively are: IT=1.29mA Node A: I15k= 0.60mA | I10k=0.69mADetermine ?1,?2,?1 and ?2. Find the power dissipated in the 10-ohm resistor.1 Ia = ?? A 2.ib= ?? A 3 Vx = ?? 4 power at supply = ??
- Electric power is to be generated in a hydroelectric power plant that receives water at a rate of 70 m3/s from an elevation of 65 m using a turbine–generator, the electric power output of this plant is? a. 38.2 MW b. 53.5 MW c. 44.6 MW d. 3.9 MWGood 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.I have answr of this question kindly explain so that i can understand A business uses two 3 kW fires for an average of 20 hours each per week, and six 150W lights for 30 hours each per week. If the cost of electricity is 14.25 p per unit, determine the weekly cost of electricity to the business.