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Three coupled street cars are moving at a speed of 32 km/hr down a 7 degree incline. Each car has a weight of 198 kN. The cars must stop within 50 m beyond the position where the breaks are fully applied so as to cause the wheels to lock. What is the maximum number of break failures that can be tolerated and still satisfy this specification? Assume that the weight is loaded equally among the wheels and that we have 24 brake systems, one for each wheel.
a cantilever beam ab is loaded by a couple m0 at its free end see gure. the length of the beam is l 20m and the
the saturated water vapor contained in a closed rigid tank has a mass of 2000 kg. the water vapor is cooled down from
for an infiltration rate of 0.9 air changes per hour ach. a building 20m long 13m wide and 3m high is kept at 24
Prepare a report on Thermal analysis - The cooling curve method is one of the oldest and simplest methods to determine phase diagrams and phase transition temperatures
a steam plant uses 3.045 tonne of coalh. the steam is fed to a turbine the output of which is 4.1 mw. the calorific
calculate the radius of an silver atom in cm given that ag has an fcc crystal structure a density of 10.5 gcm3 and an
a 300000 lbmhr steam flow enters a turbine of a power plant at 1000 f and 1000 psia. while passing through the turbine
an 8 in. id pipe is connected by means of a reducer to a 6 in. id pipe. kerosene flows through the system at 2000
the spherical gas tank is fabricated bynbspbolting together two hemispherical thinnbspshells of thickness 30 mm. if the
a steam power plant operates on an ideal reheat rankine cyclenbspbetween the pressure limits of 9mpa and 10kpa. the
How many engagement points on the flywheel would be necessary to make this machine safe? Show your work.
Calculate the heat transfer per kilogram of air between sections (1) and (2), and the stagnation pressure at section (2).
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