6-streets traffic light controller
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- The final circuit of the 6-streets traffic light controller:
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- 15. What does a grounding symbol on a construction drawing convey?A. A single ground rodB. A grounding electrode systemC. A ground-fault current pathD. An equipment grounding conductorIn a signal phase, pedestrians are allowed to cross the street walking in the same direction as movements 2 and o. The distance from one side of the street to the next (length of the crosswalk) is 72 ft. The width of the crosswalk is 9 ft. What minimum green time should be set aside for 12 pedestrians (both directions combined) to cross per phase? Round your answer to the next second. Suggest a walk interval, pedestrian clearance interval, and buffer interval.No plagarism please! Correct and detailed answer will be Upvoted else downvoted. Thank you!
- (c) Draw a circuit diagram to represent a TN-C-S earthing system and briefly explain its advantages and disadvantages. (d) Briefly explain how to estimate the height of air termination of a lightning protection system network using the rolling sphere method and protection angle method. (e) Briefly explain what is meant by Ground Potential Rise (GPR) and explain why an animal like cow would not be adequately protected against GPR. Note : answer all or else dnt attempt the questionWhat is ampere circuital law?Viva Questions:1. What is the difference between Shunt and Series Stub?2. The stub is used to produce pure resistance at the point of connection (True / False)3. The stub length can be varied from __________________.4. What are the design parameters for stubs?5. Can the stubs be made open or short?
- What is Bus Bar in electrical engineering?FIrst 3 question answers are give below answer the last two partsanswers: 1) relay at C (CT ratio) = 40 : 1 relay at B (CT ratio) = 60 : 1 relay at A (CT ratio) = 40 : 1 2) TMS/A = 0.711 3) top = 1.48 sec ( relay will operate as per the fault current level.) i) Design appropriate CT ratios for CTA, CTB, and CTC. (ii) Estimate time of Operation for all three relays for maximum value of fault current to maintain the selectivity. (iii) Determine TSM for relays at bus A and B for maximum fault current. (Use the standard formula for IDMT relays for these calculations.) (iv) Also use the standard curves for IDMT relays shown in Figure 2 to select TSM for relays at bus A and B for maximum fault current. Compare results obtained in (ii) and (iv). Verify the design to ensure that selectivity is maintained at minimum fault current for the fault in the same zoneEstimate the length of conduit to perform the next bends. EMT will be bend using a hand bender. Provide your answer in inches (just the number) using up to 2 decimals. The picture shows two panels connected by a back-to-back 23.5" stubs EMT 3/4" 6.25 ft P