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Using the phase velocity calculated in Problem 11.2, estimate the power in a deepwater wave of 1.5 m amplitude and 100 m wavelength.
Problem 11.2
Estimate the period and phase velocity of a deepwater wave of 100 m wavelength.
Calculate the amplitudes of the electric and magnetic field intensities in the waveguide.
bullet b weighs 0.5 oz and blocks a and c both weigh 3 lb. the coefficient of friction between the blocks and the plane
1 for a separations process it is necessary to determine the vle compositions of a mixture of ethyl bromide and
Express the total stator MMF as the sum of a forward and reverse traveling wave. This represents the situation in single-phase machines that have an auxiliary winding in series with a capacitor often used in residential applications.
Calculate the time rate of change dHB/dt of angular momentum about point B when the particle passes the bottom of the guide at C.
What are the most desirable and undesirable properties of Gas turbine fuel? What is sequential combustion
---a heat engine operates between two heat reservoirs with temperature of 560 and 280 k. the thermal efficiency of the
Water at 40 kPa and 70°C goes through an isentropic compression which raises its pressure to 3 MPa. Then at constant pressure it is superheated 200°C. Determine the enthalpy change for each of the two processes.
where , and r is the expansion pressure ratio, γ is the ratio of specific heats. An axial flow turbine has a small stage efficiency of 86%, an overall pressure ratio of 4.5 to 1 and a mean value of γ equal to 1.333. Calculate the overall turbine ..
Determine the stiffness of the column if the maximum deflection of the tank is to be limited to 0.5 m. The response spectrum of the shock load is shown in Fig. 9.48(c).
water is flowing through a 23 cm diameter pipe with a velocity of 11 ms. the viscosity of water is 8 x 10-3 nmiddotsm2.
Air flows into a heat engine at ambient conditions 100 kPa, 300 K, Energy is supplied as 1200 kJ per kg air from a 1500 K source and in some part of the process a heat transfer loss of 300 kJ/kg airs happens at 750 K. The air leaves the engine at ..
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