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A modern venturi nozzle is tested in a laboratory flow with water at 20°C. The pipe diameter is 5.5 cm, and the venturi throat diameter is 3.5 cm. The flow rate is measured by a weigh tank and the pressure drop by a water-mercury manometer. The mass flow rate and manometer readings are as follows
Use these data to plot a calibration curve of venturi discharge coefficient versus Reynolds number. Compare with the accepted correlation, Eq. (6.114).
Reversible 2T heat engine works between 1200 K and 600 K. Its work output per cycle is 100 J. What is amount of heat rejected in joule per cycle, to the revervoir at 600 K?
A Circular plate having a diameter of 30mm is held perpendicular to an axisymmetric horizontal jet of air having a velocity of 40m/s and a diameter of 80mm as shown in the figure. A hole at the center of the plate results in a discharge jet of air..
What frequency dominates the response, and why?
the steel bar has the orginal dimensions shown in the third figure below. if it is subjected to an axial load of 50kn
a 40 student class is to be air conditioned with window air conditioning units each with 5 kw cooling capacities. a
a stationary gas turbine engine is used for generating electricity during times of peak demand. dry air at tamb 20oc
explore the n2nono2 equilibrium in ambient atmosphere p 1 atm t 25 oc after the oxides no and no2 have been produced
two water reservoirs a and b are connected to each other through a 40 m long 2 cm cast iron pipe with a sharp-edged
a beam that lies horizontal is subject to vertical loads resulting in maximum moment of 431 kn.m. the cross section of
Air flows at the rate of 1kg/s through a convergent-divergent nozzle. The entrance area is 2x10^-3 m^2 and the inlet temperature and pressure are 438 K and 580 kPa. If the exit pressure is 140 kPa and the expansion is isentropic, find;
Find the equation of a Hermite cubic spline that passes through points (1, 1) and (3, 2) and whose tangent vectors are as follows: Sketch the curve and the blending functions for the defining points and vectors of a parametric cubic curve.
a uniform rectangular cabinet having dimensions shown and mass m=50kg is placed onto a cart of mass 10 kg as shown. no slipping between cabinet and cart. determine the maximum allowable force P so that the cabinet does not tip.
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