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1. The tank is accelerated upward at a uniform rate. Does the manometer level go up or down?
2. Glass viewing windows are to be installed in an aquarium. Each window is to be 0.6 m in diameter and to be centered 2 m below the surface level. Find the force and location of the force acting on the window.
As a chief engineer at the local fire station, you are asked to use one of your fire hoses to fill a large swimming pool.- Write and solve a thermodynamics problem that answers this question.
It is desired to deliver 250 gal/min of ethyl alcohol at 77°F from tank A to tank B in the system shown in Fig. 11.30. The total length of pipe is 110 ft. Compute the required pressure in tank A.
a piston-cylinder device contains 10 kg of water 150 c . initially 2 kg it is vapour phase. the water is then heated
A piston-cylinder setup filled with air, initially at 27 °C, 1 bar, changes to 17 °C, and 0.9 bar. Determine, as a present, the change in volume of the air from its initial volume. (in %)
air enters the 1.5 m2 inlet of an aircraft engine at 100kpa and 10degc with a velocity of 200ms. determine the volume
How long in time must the pressure pulse be to allow for a detonation to occur and what is the minimum distance that the shock must traverse to allow for a detonation to occur?
Determine an approximate expression for the half-power (3 dB) bandwidth at low damping. Using this result, suggest an alternative method for the damping measurement
a projectile is launched horizontally with an initial velocity of 25.8 ms and lands on a slope that inclined at 28
the inner surface of a hollow cylinder internally pressurized to 100mpa experiences tangential and axial stresses of
Bioethanol can also be produced from sugarcane in climates such as in Brazil. For sugarcane, the production is 80 ton/ha.
Estimate (a) the wing span, (b) the aspect ratio, and (c) the induced drag. Take density of air to be 0.7 Kg/m3. Assume that the factors for induced drag and the lift slope, d and t, respectively, are equal to 0.01; i.e., d = t = 0.01.
a car is traveling at sea level at 88 mihr on a 4 upgrade before the driver sees a fallen tree in the roadway 150 ft
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