Water flows with a velocity of 6 m/s through the pipe at A.. 300 mm Part A If the pressure at A is 90 kPa, determine the resultant horizontal shear force developed along the seam at C that holds the cap to the larger pipe.

Crude oil flows through the 50-mm-diameter pipe such that at A its average velocity is 4 m/s and the gage pressure is 300 kPa. Assume the density of crude oil is 910 kg/m3. 4 m/s A 2 m 1.5 m B Part A Determine the pressure of the oil at D. Express your answer to three significant figures and include the appropriate units.

A fan is used to force air having a temperature of  20°C through the 200-mm diameter galvanized sheet metal duct. Determine the added head by the fan into the duct if the length of the duct is 150 m and the flow is to be 0.15 m3/s. Take f=0.023 and kinematic viscosity of air = 15.1×10-6 m2/s.

Water flows with a velocity of 6 m/s through the pipe at A. (Figure 1). Figure 6 m/s 300 mm F = 5.655 N C www. If the pressure at A is 45 kPa, determine the resultant horizontal shear force developed along the seam at C that holds the cap to the larger pipe. Express your answer to three significant figures and include the appropriate units. < 1 of 1 ? 200 mm B

Air at a temperature of 40∘C flows through the duct at A with a velocity of 1.5 m/s . ρair = 1.127  kg/m3. Determine the change in pressure between  A  and  B . Account for the minor loss caused by the sudden change in diameter of the duct.

1) Water flows through the 100- mm-diameter pipe at 0.035 m³/s. If the pressure at A is 475 kPa and the head loss between A and C is 1.5 m, determine the pressure at C. الشعبة -2 m الاسمن 100 mm 100 mm AB 30° Datu 4 m -2 m-

The gauge pressure of water at AA is 150.5 kPakPa. Water flows through the pipe at AA with a velocity of 18 m/sm/s, and out the pipe at BB and CC with the same velocity vv. Neglect the weight of water within the pipe and the weight of the pipe. The pipe has a diameter of 50 mmmm at AA, and at BB and CC the diameter is 25 mmmm . ρwρw = 1000 kg/m3 Determine the xx component of force exerted on the elbow necessary to hold the pipe assembly in equilibrium. Determine the yy component of force exerted on the elbow necessary to hold the pipe assembly in equilibrium.

The waterwheel consists of a series of flat plates that have a width b and are subjected to the impact of water to a depth h, from a stream that has an average velocity of V. The wheel is turning at w. Part A Determine the power supplied to the wheel by the water Express your answer in terms of the variables b, h, w, V, Rand water density pw.

The T-junction has discharges Q1=0.3 m3/s, Q2=Q3=0.15 m3/s, and has diameter D1=0.45 m, D2=0.3 m, and D3=0.2 m. Determine the magnitude and direction if the upstream pressure is 1500 kN/m2

Problem 3. Water in the reservoir flows through the 8-in.diameter pipe at A into the turbine. If the discharge at B is 600 ft'/min, determine the power output of the turbine. Assume the turbine runs with an efficiency of 60%. Neglect frictional losses in the pipe. Turbine 36 ft A 8 in B 9 ft