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Compute the minimum weight of block A shown for motion to be impending down the plane. Assume the pulley to be frictionless. Block B weighs 500 lb. The coefficient of static friction for all contact surfaces is 0.20.
in the mass production of a certain mechanical part the average length of the part is 10.500 inches. the lengths of
three grams of air are contained in a piston-cylinder. initially the air temperature and volume are 300k and 2.5 liter.
a sphere is fired downwards into a medium with an initial speed of 27 ms. if it experiences a deceleration of a -6t
Is it possible to rotate turbine blades without any fluid means there is no requirement of water or air to rotate turbine blade.
A piping system consists of 300 ft of 2-in pipe, a sudden expansion to 3-in pipe and then 75 ft of 3-in pipe. Water is flowing at 125 gal/min through the system. What is the pressure difference from one end of the pipe to the other
a gaseous fuel has the following volumetric analysis 90 methane ch4 5.0 ethane c2h6 and 5nitrogen. it bums in a steam
Find the angle θ in the laboratory system between the momentum of each photon and the initial line of motion.
Consider a large plane wall of thickness L = 0.3 m, thermal conductivity k = 2.5 W/m-K, and surface area A = 12.0 m2. The left side of the wall at x = 0 is subjected to a net heat flux q” = 700 W/m2 while the temperature at the surface is measured to..
the total energy contained in a closed sealed rigid can of tuna is 3000 j with a total entropy of 2.8330 jk. the ground
One modality for destroying malignant tissue involves imbedding a small spherical heat source of radius ro within the tissue and maintaining local temperatures above a critical value Tc for an extended period. Tissue that is well removed from the sou..
Assume the volume flow rate, Q, over a weir is a function of the upstream water height, h, gravity g, and channel width, b. Use dimensional analysis to find the functional form of the dependence of Q upon the other variables.
A steam plant operates on a Rankine cycle. The following conditions are given: The steam exits the boiler at 550C and 15MPa. The heat supplied to the boiler is at 1000C. The condenser pressure is 8kPa. The flow exits the condenser with 4C of subcooli..
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