Q3. Clearly explain the following protection scheme and where they used in the electricity network: (10 Mark) 1- Directional protection 2- Distance Protection 3- Differential Protection.
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- 6. The unit of resistance is?For Figure 1 switch circuit: a. derive the switching algebra expression that corresponds one to one with the switch circuit. b. derive an equivalent switch circuit with a structure consisting of a parallel connection of groups of switches connected in series. (Use 9 switches.) c. derive an equivalent switch circuit with a structure consisting of a series connection of groups of switches connected in parallel. (Use 6 switches.) B' Figure 1. Switch CircuitCourse: switchgear and protection I want answers very quickly please solve all parts and give me short answers. Define: A.Recovery voltage B.prospective current C.making current D.breaking current
- 2. Task: Simple Wiring Connection Layout of your House a) Make a simple wiring connection layout of your own house like the image shown below. The layout will be according to your house and the equipment used in your house. Mention the total load and current drawn by each room/spaces and the recommended size of cables to be used beside the cable lines. The following image is just an example and it is not complete. You may use standard symbols of the equipment or draw with appropriate label, i.e. fan, light, switchboard, MCB ete. b) Add images of equipment used in your house with this question.1. The terms “open-circuit", “short circuit" and “dead short" are used in speaking electricity. Answer the following questions about these three terms: a. What is the value of the resistance of an open circuit? b. What is the value of the resistance of a short circuit? c. What is meant by a “dead short"? 5 DDPasalo-Electrical Engineering Department COE MMSU EE 121: Electrical Circuits I 2. When a switch is open, is the resistance between its terminals high or low? ¸Low 3. What is the resistance of a closed switch (ideally)? 4. Using each of the methods shown in (a) and (b) below, calculate the value of the equivalent resistance of a combination of R1 = 5 ohms and R2 = 20 ohms connected in parallel a. Using the equation: 1/Requivalent = 1/R, + 1/R2 + 1/R3 = b. Using the equation: Requivalent = (R, x R2) / (R, + R2) = Ω14. Which of the following groups describes the three functions that an electrical device may perform?A. Protect a circuit, utilize circuit power, and control the circuitB. Provide a breakpoint in a circuit, protect a circuit, and provide a controlC. Load a circuit, utilize circuit power, and provide a breakpoint in the circuitD. Control a circuit, provide circuit protection, and load a circuit I'm not sure if it's the letter A or B, D, could you help me with the correct answer.
- C1 Define circuit breaker and write any two types. (b) C1 Write the types of power factor improvement. (C) C2 Write any four methods of voltage control. (a)5 a) Discuss Electricity power generation and distribution to residential properties. b) with diagrams explain how a Distribution Board is wired to provide electricity to a residential property. c) Explain the following materials and Accessories. i. Male and female bushings. ii male and female adaptors iii. Couplings. iv. Wire/cable sizes and their usFor the circuit given, If V=44 V, R1= 24 ohms, R2 = 16 ohms, R3 = 16 ohms. Voltage drop across 16 ohms resistor is,_________. See the Pic
- An electrical circuit must contain: A) a load, connecting wires, and a fuse B) a load, power source, and connecting wires C) a load, power source, and fuse D) a power source, connecting wires, and switchFor the circuit shown in figure 4 Calculate the value of ITotal & IC1?.For the circuit shown in the figure, determine the current and voltage in all resistors. Write your answer in a data table: