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Water flow from a reservoir is controlled by a θ = 60? weir, and the water level is H + D = 5 m. If the opening height is H = 1 m, calculate the flow rate across the weir.
Water is moving through a pipe, and the laminar-flow velocity profile at some section is: V(r) = (Beta/(4*mu))((D^2 / 4) - r^2 ) t, V(r) is the viscosity of water, Beta is a constant, mu is the viscosity of water, D is the pipe diameter, and r is the..
The equation of motion for the system of Fig. P2.59 with Coulomb damping can be written as m + kx - mu F sgn( ) where sgn ( ) = plus minus 1 (i.e., sgn ( ) = +1 when is positive and -1 when is negative) The general solution to this equation is x(t) =..
the fresh feed to an ammonia production process contains nitrogen and 75 excess hydrogen in stoichiometric proportion
a hydrogen gas in a pistoncylinder assembly at 280k 100 kpa with a volume of 0.1 m3 is now compressed to a volume of
a spring loaded piston cylinder device is initially filled with 0.1 kg of r-134a saturated liquid vapor mixture whose
a spherical gas container made of steel has a 5-m outer diameter and a wall thickness of 6 mm. knowing that the
The compressor of a refrigeration unit operates with a flow rate of 1800 kg/hr and an isentropic efficiency of 0.75. The working fluid is R-134 which enters as a saturated vapor at 20 C and exits the compressor at a pressure of 1 MPa. Determine the p..
How many parts should be made in each mold for each quantity in part a and plot the cost over quantity on a semi-log plot.
Using the First Law of Thermodynamics, what would be the most efficient way to design this ride?
ammonia enters a heat exchanger operating atsteady state as a superheated vapor at 14 bar 60degc where itis cooled and
Determine the allowable triangular load intensity q0,allow if the distance L equals 3.5 ft.
a tube 4cm inside and 6cm outside diameter is to be reinforced by shrinking on a tube of 8cm outside diameter. the
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