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Assuming To =300 k and a = 2 x 10^(-5) /m estimate the pressure ans temperature atop mount Everest. c) what is lapse rate dt/dy based on the above parameters(in kelvin/km)?
Using Gauss-Seidel method, determine how much of each of the unpopular paints should be added to form one gallon of the popular color?
Find1) the work performed by the gas b) the increase in the internal energy of the gas 3) the value of the ratio of its specific heats (gema=cp/cv).
The pipe are filled with ethyl alcohol to a level of 1.5 m above the top of the tank. Determine the resultant force of the alcohol on one end of the tank and show where it acts.
Determine 1) the pressure and specific volume at the initial state; 2) the pressure and specific volume the final state; and 3) the total volume change.
Two kilograms of water fills a 0.1 m3 rigid tank (the volume will not change) at an initial pressure of 2MPa. The container is then cooled to 40oC. Determine the initial temperature and final pres
Now the valve is opened and the entire system is allowed to reach equilibrium at temperature of 20oC. Determine the volume of the second tank and the final equilibrium pressure.
Determine the specific volume of superheated water vapor at 15MPa and 350oC, using a) the ideal gas equation; b) the generalized compressibility chart; and c) the property table.
The drain from the closed heater is trapped to the open heater. The extracted steam exiting the closed heater is saturated liquid Also sketch the cycle on a T-s state diagram.
The heat rejection temperature is 70 F. For the same electrical output what is the percent difference in the pollution resulting from the combustion?
Determine the cycle thermal efficiency for the cycle when the compressor and turbine isentropic efficiency are 0.9. Compare the cycle efficiency with a Carnot engine operating between the same two l
The local acceleration of gravity is 9.81 m/s^2. Determine the following: i) The initial cylinder gage pressure (kPa) ii) The linear spring constant k (N/m).
During a pulse, what is the light intensity on the target? The intensity of sunlight at midday is about 1100 W/m2. What is the ratio of the laser intensity on the target to the intensity of the midd
Determine the new differential reading along the inclined leg of the mercury manometer of the Figure, if the pressure in pipe A is decreased 30 kPa and the pressure in pipe B remains unchanged.
A hollow 6 ft. diameter sphere floats half-submerged in seawater. What mass of concrete is required as an external anchor to just submerge the sphere completely?
The velocity of the steam flowing from the turbine to the condenser is limited to a maximum 400 ft/sec. What is the diameter of this connecting pipe?
One leg of the manometer is open to the atmosphere (p=101.325 kPa). Determine the following: i) The deflection (cm) of the mercury column ii) The gage pressure (kPa) in the tank.
The speed is then held constant for 19.8 s, after which there is an acceleration of -3.4 m/s2 until the automobile stops. What is the total distance traveled?
It does this with air entering at 70. m/s, 50.0 C, and 3 atm and exiting at 20. m/s, 10.0 C, and 1 atm. Determine if the turbine is adiabatic, and if not, whether the heat transfer is into or out of
Determine, (a) the local atmospheric pressure, and (b) the absolute pressure at a depth 7 m in a liquid whose specific gravity is 0.93 at the same location.
The outer diameter of this tube is 60 mm. Determine a) the maximum normal stress in the rod, b) the minimum wall thickness for a load of 10 kN.
If the plane starts to level off at t = 40 s, determine at this instant (a) the horizontal distance it is from the airport, (b) its altitude, and (c) its speed.
Which of the following butt-weld preparations is usually the most susceptible to lack of sidewall fusion during the manual metal arc process?