The general cool volume from of linearmomentum equation is
Discuss the meaning of each term in this equation. The terms are labeled for convenience. Write the equation as a word equation.
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Fluid Mechanics: Fundamentals and Applications
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- Liquid in a fixed volume closed container isis mixed. X + 400 kJ of work is done to mix the propellerand 500 kJ of heat transfer from the vessel walls to the environment. The internal energy of the liquid in its final state is 660 kJ.As it is known, find the initial internal energy. Draw the system schematically and show the energy flow.(It is assumed that there is no kinetic and potential energy change.) (X=0)arrow_forwardA rigid vessel of volume 0.5m 3 (Vessel X) containing hydrogen at 200K and a pressure of 60kPa is connected to a second rigid vessel of volume 0.8m 3 (Vessel Y) containing Argon at 300K at a pressure of 40kPa. A valve separating the two vessels is opened and both are cooled to a temperature of 150K. What is the final pressure (kPa) in the vessels?arrow_forwardQ.4 (a) The mine car of mass 200 kg is hoisted up using the cable and motor M. The force of the cable is given by F= 4000t2. The initial velocity of the mine car is 2 m/s when t=0. Given that c = 8 and d = 15. (i) Obtain the acceleration and velocity equations for the system. (ii) Examine the distance when the mine car moves up in 2 s. early C Figure Q.4(a) M (b) A block weighing 20 kg rest on a rough surface with the coefficient of kinetic friction, p=0.3. A force F=(22+ s2) N, where s is in meter, acts in the direction depicted in Figure Q.4(b) on the block. The spring is originally unstretched and move the block from a position s=s, and a speed v=v/ to a position s = $2 and a speed v=v2. Given that at position s/=0 the block is at rest and s2 = 0.5 m. (i) Using the principle of work and energy, calculate speed v2 (ii) Calculate the power generated to move the block to s2arrow_forward
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