Find the equivalent resistance Rab in the circuit of Fig. 2.111. 42 10 Ω 8Ω d wo a bow e 3 3Ω
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- Hey, A power grid is to be created in a city. There are several buildings and there are pairedconnections between the buildings. Not every building is connected to every other building. In particular, there may be buildings that are not connected to any other building.Based on the mentioned connections, a power grid is to be designed now. Therebystarting from a given building (the electricity factory), so that as many buildings as possible are in the network.as many buildings as possible are in the network.A power cable can be laid only between connected buildings and there will be exactlyone power cable is needed for a connection between two buildings. A building is in thepower grid if it can be reached from the power factory by one or more power cables. Specify an algorithm in pseudo code that, given buildings and connections, calculates a power gridthat satisfies the above properties with as few power cables as possible.Determine the running time of your algorithm and give a…In the circuit given below, R = 12 kΩ and io = 20 mA. Find the values of R1, V1, and V2.What is the function of the circuit? Answer in minimized sum of products
- Please help me about circuit theory 2Use Norton's theorem to find Vo in the circuit of the following figure if R = 12 kΩ. Round the final answer to two decimal places..Think logically and design a small wind turbine of your own which is having the turbine power output of 200 kWh per year (you can take your own values for design not same as in your handout)(use density of air at sea level is about 1.2 kg/m3)
- Determine the value of V2Find the Voltage Output of the Circuit below using the 2nd Approximation. Find the Voltage Drop across the Resistor R1 of the Circuit below using the 2nd Approximation.A 620-V source connected to a resistor network described by RT = 50 + (R || 20) provides 120 V to the 20-ohm resistor. What is R?
- If simulation is required, use only Multisim. Complete the question completely. Thank you in advance for your reply.The open-circuit voltage of a particular solar cell is 2.2 V, and the short-circuit resistance (that is, a load resistor is zero) is 1.1 A. What is the internal resistance of the battery? What is the voltage supplied by the battery?Consider the interconnection shown 1. What value of v1 is required to make this a valid interconnection?2. For this value of v1, find the power associated with the voltagesource.