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Underwater submersibles must match the local density in order to remain neutrally buoyant. Maximum dive depths for large submarines are around 500 m, where the pressure is roughly 50 bar and the temperature is close to 20 C. What fractional change in the density of water would a submersible experience between 1.0 bar (i.e., roughly at the ocean surface) and 50. bar for a fixed temperature of 20.C? What fractional change in (absolute) temperature (from 20.C) would be required to cause the density of water at 50.bar to be the same as its density at 1 bar and 20 C.
1.what is a beam? what factors determine the maximum load that it can take without failure?2.what is a column? what
1. figure shows a pneumatic circuit in which four actuators are controlled.a state the sequence in which the cylinders
Determine the power generated by the motor M at this instant if it operates with an efficiency of epsilon = 0.8.
An airplane flies at 400 mph at 1600 ft altitude on a standard day. The plane climbs to 50,000 ft and flies at 725 mph. Calculate the Mach number of flight in both cases.
a load of lumber of weight w 25 kn is being raised by a mobile crane. knowing the tension is 25 kn in all portions of
Determine the position of the neutral axis relative to the bottom face - dimensions of a 6 m long asymmetric I-beam are shown. Determine the position of the neutral axis relative to the bottom face
a uniform rectangular cabinet having dimensions shown and mass m=50kg is placed onto a cart of mass 10 kg as shown. no slipping between cabinet and cart. determine the maximum allowable force P so that the cabinet does not tip.
An electronics company has a contract to deliver
electronic components mouted on a flat plate are cooled by convection to the surroundings and by liquied water
a nuclear power plant produces 1.2 gw of electric power at a system efficiency of 20. the plant rejects heat into a
design of absorption column and the cooler process design of other units should be completed along with pipe sizes. the
calculate the static thrusts of the rocket and turbojet engine described in the figure. the thrust t is the force
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