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Carnot vapour Cycle:
It is convenient to analyze the performance of steam power plants by means of idealized cycles that are theoretical approximations of real cycles. The Carnot cycle is an ideal, but non practising cycle giving maximum possible thermal efficiency for cycle operating on selected maximum and minimum temperature ranges. It is made up from four ideal processes: 1 - 2 : Evaporation of water into saturated steam within boiler at constant maximum cycle temperature T1 (= T2)
2 - 3: Ideal (that is, constant-entropy) expansion within the steam engine or turbine that is, S2 = S3.
3 - 4: Partial condensation within condenser at constant minimum cycle temperature T3 (= T4).
4 - 1: Ideal (that is, constant-entropy) compression of wet steam within the compressor to complete
the cycle, i.e., S4 = S1.
Constant Mesh Type Gear Box : Most of the gearboxes on motorcycles are "constant mesh". That means all the gears are constantly meshed with one another and are always spinning. T
procedure for measuring area of square by planimeter
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The differential manometer (shown below) is used to measure the pressure difference between two vessels. Derive the equation for the pressure difference (pA - pB) in terms of the l
In hydrostatic we consider that fluids were at rest. Now we relax this consideration but with caution. We will discuss the flow of an real fluid. There are the assumptions about pe
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