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Hot air steadily enters a gas turbine at 5 bar, 900 K and exits at 1 bar, 600 K and a velocity of 100 m/s. The mass flow rate of air is 10 kg/s. Ignoring the heat transfer, changes in potential energy, and the kinetic energy in inlet, calculate (a) The power output from this turbine, in kW. (b) The cross-section area of the exit, in m2.
nloadnmotor 3 inertia of motor1.2 kgm2 inertia of load 10 kgm2 dampening and load torque can be neglected.draw the
in an overhead smash a tennis player strikes the ball with the center of the head of the racquet. say the contact
consider a 210mw steam power plant that operates on a simple rankine cycle. steam enters the turbine at 10mpa and 500oc
a cyclist is traveling at 8ms when she encounters a hill with 2 grade assume the elevation increases by 2 for every 100
a 300kg compressor is placed at the end of a cantilever beam of length 1.8 m made of a material with an elastic modulus
calculate the hourly gas flow rate for the conditions given as followsreadings differential pressure 50-in water static
air is heated at steady state as it flows through a constant area duct. at the inlet the pressure is 2.8 bar the
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a commercial heat pump has energy in to the system at a rate of 60 kw from a thermal reservoir. ifnbspthe power input
one axis of a rrl robot is a linear slide with a total range of 950mm. the robotrsquosnbspcontrol memory has a 10 bit
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