Define Cycle slips and how they are created?

Q: (a) Using appropriate diagrams, show the differences between an open cycle and a closed cycle gas…

A: OPEN CYCLE  1. Atmospheric air is sucked in compressor and it is combusted in combustion chamber by…

Q: Plot the T - S diagram of this schematic diagram considering ideal cycle

A: Given: To Plot the T - S diagram of this schematic diagram considering ideal cycle

Q: If the cylinder in Problem 6 has a stroke of 40 cm, what is the maximum cycle rate that might be…

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Q: Calculate the charging efficiency of the cycle when assuming it is stationary from beginning to end.…

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Q: Task 1: Your first customer asked for an internal combustion engine to use it in a designed car.…

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Q: Brayton cycle су ne temperatur et to the comp lot to the tu

A: given:T1=26CT3=1197Crp=8

Q: Task 3 Evaluate the performance of a four-stroke, six-cylinder Diesel cycle, the cylinder bore is 10…

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Q: An engine works on the constant volume cycle. It has a bore of 80 mm and a stroke of 85 mm. The…

A: Given: bore diameter = 80 mm = 0.08 m stroke length = 85 mm = 0.085 m clearance volume = 0.06 lt…

Q: Explain the terms the air standard cycle and its significance. (i) Compression ratio (ii) Cutoff…

A: All processes in the air standard cycle are considered to be internally reversible, and the air is…

Q: The % clearance of an Otto cycle is 0.186. If the initial pressure is 33 kPag, determine the final…

A: Given data: ● The clearance of an Otto cycle: C = 0.186 ● The initial pressure in the Otto cycle:…

Q: - cycle operates be

A: ANSWER- IRREVERSIBLY

Q: Pa. Solve for the cycle heat added, heat rejected, thermal efficiency.

A: To find Heat rejected heat added thermal efficiency

Q: Enlist and Draw (only) the modifications made in Rankine cycle on T-S diagram. Also draw the flow…

A: Modification made in Rankine cycle:   In the modified Rankine cycle the pump work is neglected.…

Q: What is the final temperature after compression of a diesel cycle if the initial temperature is…

A: Given data: VCVS=0.09T1=31.06°C=304.06 K Need to determine the final temperature after compression…

Q: а 4 суindcr, A power producing equipm cycle has a bore of 10cm and stroke of 12cm. Determine the…

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Q: is assuming to be operating on the ideal air standard (Otto) cycle. This four-cyliner engine has a…

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Q: Write down the differences between the jet cycle and the open Brayton cycle.

A: Brayton cycle The expansion process occur on this cycle at the ambient pressure There is no nozzle…

Q: Steam tables can be use. A- For a Rankine cycle prove the work input to feed water pump can written…

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Q: at is the final temperature after compression of a diesel cycle if the initial temperature is 30.74…

A: Given:T1=30.74°C=0.08r

Q: d) What are the main differences between Otto and Diesel Cycles?

A: Otto cycle: It is the ideal cycle for spark ignition engines which has following processes…

Q: 1. a. derive expression for thermal efficiency and backwork ratio for the Rankine cycle

A: Derivation of thermal efficiency    Heat addition           q1=h4-h2    Heat rejection…

Q: Answer the following: A.) What is the significance of using multiple feedwater heaters? (Write your…

A: Given Data⇒ Multiple feedwater heaters Difference between using multiple feedwater heaters and using…

Q: 16-5 A two-stage ammonia system using flash-gas removal and intercooling operates on the cycle shown…

A: Refrigerant=Ammonia R717Condensing temperature, Tc=35oCIntermediate evaporator temperature,…

Q: Which of the following is the T-S diagram of the engine using a true Brayton cycle?

A: The ideal Brayton cycle and actual Brayton cycle are different from each other. The ideal cycles of…

Q: c) Estimate the Carnot efficiency if the heat source temperature (flame) is 1950°C.

A: GivenTsource=1950°C=1950+273=2223K

Q: Which of the following working fluids could NOT used in a reverse Brayton cycle operating betwe…

A: Answer is steam.

Q: Exhaust gases from the turbine of a simple Brayton cycle are quite hot and may be used for other…

A: The efficiency of a Brayton cycle is The specific enthalpy of the saturated steam at 110 degrees…

Q: 3-a- establish an expression in terms of the volume ratio of compression for the ideal thermal…

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Q: What is the final temperature after compression of a diesel cycle if the initial temperature is…

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Q: 1 MPa and 350C, the compression ration is eight heat supplied is 2100 KJ/Kg calculate the maximum…

A: Given; p=1 MPaT=35°CQ=2100 kJ/kgv1v2=8

Q: Problem 4.24. Calculate the efficiency of a Rankine cycle that is modified fr the parameters used in…

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Q: In a diesel cycle, what is the expansion ratio if the % clearance is 1/16 while the cut-off ratio is…

A: Given:-  In a diesel cycle,  % clearance (c) = 1/16 Cut-off ratio = 2.7 To Find:-  Expansion ratio…

Q: If a power scraper with 1000 hp diesel engine works with its maximum power for 6 min., 50% of max…

A: Given data: Maximum power of diesel engine = 1000 hpEngine works with max power for 6 minutesEngine…

Q: A two stroke spark ignition engine is running at 2000 rpm, compute the time (in milli second) for…

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Q: Give an Example of a problem on Reheat rankine cycle with complete solution and compare it with a…

A: given; Give an Example of a problem on Reheat Rankine cycle with complete solution and compare it…

Q: What is the final temperature after compression of a diesel cycle if the initial temperature is…

A: In a diesel engine, only air will enter into the cylinder during the suction stroke. In the diesel…

Q: An engine with 150 mm cylinder diameter and 300 mm stroke works on theoretical Diesel cycle. The…

A: Given Data  Compression ratio, r=15 Diameter of the cylinder, D=0.150 m Length of the stroke, L=0.3m…

Q: QI: Calculate the thermal efficiency of an engine working on the otto cycle. The bore and the stroke…

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Q: Which one of the following modifications of the simple ideal Rankine cycle

A: Given;  For  the given following statements,  Simple ideal Rankine cycle increses the thermal…

Q: In a Stirling cycle with an ideal regenerator, the volume varies between 0.03 and 0.06 m3, the…

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Q: Why isentropic expansion is not prefferable in VCRS cycle?

A: Vapor compression refrigeration cycle is employed to the refrigerator to extra heat from the storage…

Q: List all forms of energy that take part in the cycle when the water in a dam is used to turn…

A: The water stored in dams contains huge amount of potential energy stored in it. When we open the…

Q: What are the difference between jet cycle and open Brayton cycle.

A: Open Brayton Cycle Jet Cycle 1. Wnet=WTurbine-Wcomp Wnet =0 (For jet engine) 2. Gas turbine work…

Q: a. Draw the system b. Draw process flow diagram for the cycle c. Draw detail Ts diagram for this…

A: Given that ,  Larger freezer temperature = -0°C Outside temperature = 25°C

Q: Draw a typical indicator diagram of pressure versus volume (p-v) to illustrate the cycle of a four…

A: Indicator diagrams are used in assessing the engines performance and help us in understanding its…

Q: Explain briefly the operating conditions which affect Rankine cycle efficiency. What are the methods…

A: Operating Conditions which affect on the Efficiency of Rankine Cycle: Effect of Superheat Effect…

Metal Casting

Metal casting is described as a manufacturing process in which a mold cavity is produced by sand, and molten metal is filled inside a mold cavity. The desirable shaped object is achieved after the solidification of molten metal. Large metal objects like machine beds, motor bodies, and others can easily be manufactured using metal casting. The place or shop where metal casting is performed is called foundry.