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A comet moves under the gravitational attraction of the Sun. Initially the comet is at a great distance from the Sun and is moving towards it with speed V along a straight line whose perpendicular distance from the Sun is p.
By using the path equation, find the angle through which the comet is deflected and the distance of closest approach.
The viscosity, µ of a liquid can be measured by determining the time, t, it takes for a sphere of diameter, d, to settle slowly through a distance, l, in a vertical cylinder of diameter, D, containing the liquid. Use dimensional analysis to show h..
In a non-flow process there is a heat loss of 1055kJ and an internal energy increase of 210kJ. How much work is done and is the process an expansion or compression?
an orifice meter is installed in a 12 foot ductile iron pipe carrying water at 60 deg f. a mercury manometer is used to
Determine the magnitude and direction of the friction force F exerted by the horizontal surface on the crate.
The modifications must conform to standards governing the safety of systems involving heating in medical applications. Summarize your conclusions in a report, including sample calculations and at least three references.
Water at 27 C flows through a tube of diameter d = 50 mm. If the flow is fully-developed and has a mass flow rate of 0.01 kg/s, find the maximum velocity in the tube, and the pressure gradient, dp/dx
Determine the minimum necessary coefficient of static friction necessary so that the shims will remain in place.
What are the Miller indices of the direction vector running from the origin of coordinates to the point E?
an 8 ft3 tank contains air at an initial temperature of 80f and intial pressure of 100psi. the tank develops a small
a .75 m3 rigid tank initially contains water at 250degc 50 liquid and 50 vapor by volume. a valve at the bottom of the
Calculate the pressure drop for this flow rate and estimate the allowable uncertainty in the pressure drop in order that the uncertainty in the viscosity does not exceed 5 percent. Assume that the flow rate is measured within ±0.01 lbm/h.
A cemented carbide tool is used to turn a part with a length of 14.0 in and diameter = 4.0 in. The parameters in the Taylor equation are: n=0.25 and C=1000 (ft/min).
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