Engineering Questions from Dec 09,2024

Browse the Engineering Q&A Archive for Dec 09,2024, featuring a collection of homework questions and answers from this day. Find detailed solutions to enhance your understanding.

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Instrucciones: Describa el principio de la ecuación de Bernoulli para un fluicio real y explique las restricciones al usar dicha ecuación. NGEE ANN POL YTECHNIC - DEBFI Module: Building Electrical Systems \& Design (102BED) Question (8 marks) TION (11 marks) A distribution transformer for a polytechnic is specified as MVA, ONAN, DYN11. (i) Explain the term DYN11. (ii) State two (2) physical differences between this transformer and an ANAF transformer. Explain whether the RCCB in Figure 2 would trip if a Live to Neutral fault occurs. Figure 2 - Single Line Diagram (a) Explain the two (2) errors that can be found in Figure 2. (6) marks (b) State the difference in operation characteristics between a Type B and Typ C MCB. 4 mark (c) Explain whether the RCCB in Figure 2 would trip if a Live to Neutral fault occurs. Calculate the bore (in inches) of a single cylinder for an engine with the following parameters: 4 cylinders, a stroke length of 0.57 feet, has an indicated mean effective pressure (IMEP) of 810 psi per cylinder, operating at 2710 rpm , and operates at 2800 horsepower. Round to 1 decimal place. Calculate the RPM for an engine with the following parameters: 4 cylinders, a stroke length of 0.66 feet, a bore of 3.1 inches, has an indicated mean effective pressure (IMEP) of 1100 psi per cylinder, and operates at 5500 horsepower. Round to 1 decimal place. Remember, RPM Calculate the stroke length (in feet) of an engine with the following parameters: 6 cylinders, has an indicated mean effective pressure (IMEP) of 700 psi per cylinder, a bore of 5.2 inches, operating at 3320 rpm , and operates at 2100 horsepower. Round to 2 decimal places. Calculate the Pressure (in PSI) in a single cylinder for an engine with the following parameters: 5 cylinders, a stroke length of 0.97 feet, a bore of 3.9 inches, operating at 2810 rpm , and operates at 6400 horsepower. Round to 1 decimal place. Calculate the indicated horsepower of the following engine: 5 cylinders, a stroke length of 0.77 feet, a bore of 3.8 inches, operating at 3090 rpm , and has an indicated mean effective pressure (IMEP) of 960 psi per cylinder.
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