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Electrical energy can be converted to heat energy with an efficiency of 100%, by sending a current through a resistor and using "Joule heating": P = I2 R. Explain how this doesn't violate the 2nd Law, which told us that the efficiency of an engine can never by 100%.
assume frictionless flow in a long horizontal conical pipe. the diameter is 12 inches at one end and 6 inches at the
An alpha-emitter, has been used as a thermal power source, as described in Table 12.2. What is the energy recoverable as heat per decay in MeV? Provide two answers, one assuming all of the energy produced is dissipated as heat, and one assuming only ..
a structural member supports loads which produce at a particular point a direct tensile stress of 80 nmm2 and a shear
refrigerant 134a undergoes a process for which the pressure-volume relation is pvn constant. the initial and final
At the beginning of the compression stroke, the volume of a certain diesel engine cylinder is 1.000 liter and it is filled with air at 300 K and 100 kPa absolute. At the end of the compression stroke the air is at 800 K and 4280 kPa absolute.
question it is observed that snow lies stably on roofs with a slope of less than 24deg but that it slides off roofs
consider the combustion of octane c8h18 with air o2 3.76 n2i. write and balance the stochiometric equation assuming
a 0.4 w cylindrical electronic component with a diameter of 0.3 cm and length 1.8 cm is mounted horizontally on a
The cost of operating a large ship (CO) varies as the square of its velocity (v); specifically, CO = knv2 , where n is the trip length in miles and k is a constant of proportionality. It is known that at 12 miles/hour, the average cost of operation i..
Calculate Reynolds number for the process and hence the head loss due to friction. State any assumptions made and calculate the minor head losses for the system using both the equivalent length method and the number of velocity heads method.
an adiabatic control volume with steam as the working fluid operates at steady flow conditions with the inlet state of
A container filled with 97 kg of liquid water at 95ºC is placed in a 82-m3 room that is initially at 13ºC and 1 atm. Thermal equilibrium is established after a while as a result of heat transfer between the water and the air in the room.
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