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1. Derive an equation for the reaction force (Rx) associated with conservation of momentum in a straight length of pipe of uniform diameter. Approximate the velocity as steady and uniform at each cross-section, and the fluid as constant density. Identify the forces as pressure, shear and reaction (you may neglect weight). The final equation should use the flow rate (Q) rather than the velocity. Be careful with your signs! Make sure you draw and label a diagram including the x and (if necessary) y axis directions.
2. Similar to problem 1, but for a 90 degree bend in a pipe with uniform diameter. Note that you need to write equations for both x and y directions to get equation for both Rx and Ry ! You may neglect the shear force as well as weight for this problem.
3. Similar to problem 2, but for a 180 degree bend in a pipe with uniform diameter. Here you only need to write an equation for the x direction. You may neglect the shear force as well as the weight for this problem
what was involved in the first far-reaching, comprehensive study of Earth's oceans?
A Silane contains 90.31 % silicon and 9.69 % hydrogen by mass. The compound has a molar mass of 62 g/mol. Determine the compound's empirical and molecular formula.
write computer code using Matlab that emoloyes the nelder and mead simplex method to solve the welded-beam design (benchmark problem
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Draw the influence line for the support reaction at A and calculate the support reaction at point
You are to design a chlorination tank for killing microorganisms in the effluent from a wastewater treatment plant. It is necessary to remove 99% of active bacteria in a wastewater flow of 120 m 3 /hr.
Determine the actual field weight required to mix a 4 bag mix using the mix proportions given below. The excess moisture contet of the sand is 6% and that of the gravel is 2% Component Weight ..
Measure the distance PA, PB, PC etc. from p to various point with chain or tape and plot them to scale along the co responding rays. Join the points a, b, c, etc. to give outline of survey.
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