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To determine the viscosity of a liquid of specific gravity 0.95, you fill, to a depth of 12 cm, a large container that drains through a 30-cm-long vertical tube attached to the bottom. The tube diameter is 2 mm, and the rate of draining is found to be 1.9 cm3 /s. What is your estimate of the fluid viscosity? Is the tube flow laminar?
1. graphically verify moseleys law for the k beta1 lines of cu mo and w.2. acalculate the mass an linear absorption
sketch the variation of shear stress vs shear strainnot to scale along the radius in a composite bar of total radius r
what would be the final temperature of an average natural gas at 320of when the pressure is dropped from 3000 to 1800
A steel flywheel 25 mm thick with an outer diameter of 1 m and an inner diameter of 200mm is rotating at 100 hz. Determine the radial and tangential stress distributions as a function of radial position r. Plot the distribution
Magnesia (MgO) has a melting point of 2825C. Applications include refractory bricks, crucibles, cements, thermocouple protection tubes, brake linings, plasma display screens and substrates for thin-film formation. Identify the cation and anion and gi..
a 6 kg sphere moving at 3 ms collides with a 10 kg sphere traveling 2.5 ms in the same direction. the 6 kg sphere comes
During a certain activity, a hinged knee prosthesis (material is CoCr - Endurance Strength = 330 MPa) is subjected to a cyclically varying bending moment with a mean value of 0 N mm.
an ideal gas at 20 bar and 400 celcius is being fed into an adiabatic turbine to generate electricity at a rate of 278
In an experiment to determine drag, a circular cylinder of diameter d was immersed in a steady two dimensional incompressible flow. Measurements of velocity and pressure were made at the boundaries of the control surface shown. The pressure was found..
argon gas flows through a rigid nozzle at steady-state-steady flow. the inlet flow velocity is small. the gas exits the
an adiabatic compressor compresses nitrogen k1.4 r0.297 from p1200 kpa and t1300k to p21500kpa. the isentropic
The velocity at the inlet is controlled so that it changes according to the following expression. V=a-ct^2, where a = 20m/s, c- 0.8m/s. If the tank initially contains 3kg of liquid water, determine the final mass at the end if 4 seconds of flow.
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