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1. Design a system to cut ice into various two-dimensional shapes using localized pressure to produce a phase change and thus locally "melting" out the desired shape. (Suggestion: Try a highpressure "cookie-cutter" technique.)
2. Design a fire extinguisher system that expands liquid carbon dioxide under a suitable pressure at ambient temperature (which can vary by ±50.0°C) and produce a fine spray of solid carbon dioxide particles at high velocity and low temperature.
If permissible stress in plate material is 140 N/mm2 and the joint efficiency is 80%, find the minimum thickness.
refrigerant r-134a with a mass of 0.08 kg is expanded adiabatically from a superheated vapor at 10 bar 40 c to a
A pressure cooker has a volume of 5 L and an operating temperature of 120 C. Initially, 99% of the mass is filled with liquid water and the rest with vapor. Heat is supplied at a rate of 1.5 kW.
A differential nitrogen pressure exists across a 2-mm-thick steel furnace wall. After some time, steady-state diffusion of the nitrogen is established across the wall. Given that the nitrogen concentration on the high-pressure surface of the wall is ..
Field due to volume charge density. A short plastic cylinder of length L and diameter L/2 has a uniform volume charge density Pv distributed throughout its volume. Calculate the electric field intensity at P 1 , P2 , and P3 (on the axis of the cyl..
What steps could you have taken when originally designing your system to best prepare for an eventual transition to a new certificate format?
a 1 ton car is climbing a 200 m long uphill road with a slope of 30deg from horizontal. what is the power required to
Consider a carbon-reinforced epoxy composite containing 45 vol% unidirection- ally aligned carbon ?bers.
Calculate of power [delivered heat/time] for adiabatic and two isothermal processes? Calculate of power [delivered heat/time] for this cycle which consists of two isobaric (constant pressure) and two isochoric (constant volume) processes?
What is the temperature at the center of cylinder A?
A compressor is to compress saturated R-134a at 14C to 900 kPa, and a power of 4.6 kW is needed when the flow rate is 0.26 kg/s. Please determine the compressor isentropic efficiency. The temperature at compressor exit
The percent transmittance of this solution in a 2.50-cm cell.
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