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Consider a piston-cylinder system containing 0.1 kg of water. Initially the volume of the system is 0.0125 m^3 while the temperature is 400*C. The system is then heated while the pressure is held constant until the volume doubles. Determine how much heat was added to the system.
the 18 kg block starts from rest and moves upward when constant forces of 20 n and 40 n are applied to supporting
a horizontal pipe has an abrupt expansion from d1 8 cm to d2 16 cm. the water velocity in thenbspsmaller pipe is 15
a piston-cylinder device with a set of stops initially contains 0.3 kg of air at 10 atm and 400?c. the location of the
saturated vapor steam at 5 psia eneters an adiabatic heat exchanger and leaves as saturated liquid at 5 psia. the steam
one end of a tube is closed and the other is open. a 15 g projectile is placed near the closed end is fastened in place
The 160-N weights of the arms AB and BC of the robotic manipulator act at their midpoints. Determine the sum of the moments of the three weights about A.
use the generalized virial equation to speculate whether a small leak in an h2 line at 300 bar and 298 k might raise
Air at 200 kPa enters a 2-m-Iong, thin-walled tube of 25-mm diameter at 150°C and 6 m/s Steam at 20 bars condenses on the outer surface.
A piston-cylinder device contains 0.8kg of steam at 300 degrees C and 1 MPa. Steam is cooled at constant pressure until one-half of the mass condenses.
a block of mass 10kg moves along a surface inclined 30acircdeg relative to the horizontal. the center of gravity of the
methane gas enteres a steady flow steady state boiler and burns with 140 theoretical hydrogen peroxide h2o2 gas which
a strip of metal is 250 mm long. it is stretched in two steps first to 300 mm and then nbspto 400 mm. show that the
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