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A 1 cm diameter thin-walled tube carries liquid metal through saturated water at 1 atm. The throughflow of metal is increased until burnout occurs. At that point the metal temperature is 250?C and h inside the tube is 9600 W/m2K. What is the wall temperature at burnout?
Determine the axial velocity at a radius of 0.6 m when the axial velocity is 100 m/s at a radius of 0.3 m. The outlet angle α is 45°.
a power generator burns natural gas consisting of 30 ethane 60 methane and the balance nitrogen. the gas undergoes
in a tensile test for an alloy used for ballistic-missile launch tubes on boomer submarines the yield strength was
Determine the property for the given state and show on stated state diagram:
fluid flows steadily at volume rate q through a large horizontal pipe and then divides into two small pipes the larger
the 2007 bmw z4 coupe 3.0si can accelerate from 0 to 59 mph in 5 s and its maximum speed is 152 mph. assuming the car
a large irrigation sprinkler unit mounted on a cart discharges water with a speed of 40 ms at an angle of 30 to the
a car with mass 3250 lbm is driven at 60 mih when the brakes are applied to quickly decrease its speed to 20 mih.
1. Develop and draw the MDOF system for the vertical vibrations of the un-damped three dimensional model of a typical three-wheeled solar or energy efficient car (include wheels, car body, driver, minimum 7 DOF).
a piston-cylinder assembly of initial volume of 0.6 m3 contains h2o at 500 kpa and 280oc. the system is cooled in a
Consider the motion of the pendulum as the pivot moves over a small distance d subtending an angle θ0 ≈ d/Re 1 at the center of the Earth. Show that if the period of the pendulum
K characterizes heat transfer by natural convection from the exposed surface of the layer, esti- mate the time required to completely melt the frost. The frost may be assumed to have a mass density of 700 kg/m3 and a latent heat of fusion of 334 k..
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