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A half-filled tank of water is moving up an incline as shown in Figure P5.19.
(a) Find the magnitude and direction of the total body force acting on this fluid.
(b) Find the maximum acceleration in the direction of motion such that no fluid spills over the back wall.
(c) Find the location and magnitude of the maximum pressure in the fluid for the maximum acceleration calculated in part b.
A test rocket is fired vertically from a launching pad at B. When the rocket is at P the angle of elevation ion is θ=47.0°, and 0.5 s later it is θ = 48.0° . Knowing that b = 4 km, determine approximately the speed of the rocket during the 0.5-s inte..
Find the moment of inertia of the system about an axis perpendicular to the rod passing through its middle point
the first cash folw of a 25- year series of quarterly cash flows is equal to 35000. each cash folw in the series
1. Refer to Problem 3.19. Using Eq. (3.51), determine the variation of the relative density with depth. Use Qc 5 1.
In a manufacturing process, a copper disk is placed in a bath of cooling fluid. The copper disk has a 5 cm radius and a 1 cm thickness. The initial temperature of the copper disk is 450 degrees Celsius. The thermal conductivity, density, and specific..
Consider the gas carburizing of a gear of 1020 steel at 927oC. Calculate the carbon content at 0.5mm beneath the surface of the gear at 5hr carburizing time. Assume the carbon content at the surface is 0.90% and that the steel has a nominal carbon co..
Water is to be supplied at a rate of 5000 kg/s to a hydro-electric generator located at the bottom of a lake at a height h. If the efficiency of the turbine-generator is 75% and of the generator 95%;
A 24.8-kg aluminium block initially at 209ºC is brought into contact with a 17-kg block of iron at 101ºC in an insulated enclosure. Determine the final equilibrium temperature and the total entropy change for this process.
1. What is the common characteristic of all architectural styles that are geared to supporting software fault tolerance?
What is the kinetic energy (in Btu) associated with a 300 gm hockey puck flying at 120 mph? Assuming an ideal gas, calculate the specific volume in the appropriate units for (6 pts) : a. N 2 at 500 kPa and 900 K b. Neon at 8 kPa and 250 K c. Air at 1..
two blocks a and b are initially at 100c and 500c respectively. they are brought together and isolated from the
A bellows may be modeled as a deforming wedgeshaped volume as in Fig. P3.31. The check valve on the left (pleated) end is closed during the stroke. If b is the bellows width into the paper, derive an expression for outlet mass flow as a function o..
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