In the problem they have mentioned that the working fluid is air all the properties will be taken at sea level under standard pressure condition. Density of air rhi = 1.225 kg/m^3.
The pitot tube is connected to the U tube manometer and the fluid in the manometer is alcohol ( density = 800 kg /m^3)
Also the fluid velocity is given V = 20 m/s
2) A Pitot Tube is used to measure velocity (the working fluid is air at sea...
A pitot tube is used to measure the velocity of an air stream. The air has a temperature of 18°C and a pressure of 105 kPa 12 mm Hg If the differential height in a mercury manometer is 12 mm and the air is incompressible, the air velocity is most nearly (A) 38 m/'s o (B) 43 m/s (C) 48 ms (D) 50ms
Question 4: I would like to measure air flowing at 25 m/s using a pitot-static tube. Should I use mercury or water as the measurement fluid? Would you suggest using a manometer, inclined tube manometer or micromanometer for measurement? Assume that the flow is incompressible and inviscid, and you are doing the measurements at Flagstaff 7000ft above sea level Question 4: I would like to measure air flowing at 25 m/s using a pitot-static tube. Should I use mercury or...
14 48 of an outer tube with a number of 48 A pitot tube (Fig. 14-41) is used to determine speed of an airplane. It consists of an outer tube with a numo small holes B (four are shown that allow air into the tube, tube is connected to one arm of a U-tube. The other arm of the U- tube is connected to hole A at the front end of the device, which points in the direction the plane...
The working fluid in a Pitot tube has specific gravity 4.4. If the difference in fluid heights on the two sides of the tube is 10 cm, determine the speed of the airflow. The density of the air is 1.25 kg/m^3.
You will be measuring velocity with the Pitot tube. Assume that the air density is 1.18 ± 1 x 10-4 kg/m3 and that the pressure sensor measures a differential pressure of 29.4Pa ± 1.0% FS. (Sensor range 0-60 Pa) Determine the uncertainty in the velocity reading. (Hint: Calculate the expected velocity from the Pitot tube. Remember uncertainty theory when multiple variables are involved!)
Measurement of Pressure. An open U-tube manometer similar to Fig. 2.2-4a is being used to measure the absolute pressure p, in a vessel containing air The pressure pb is atmospheric pressure, which is 754 mm Hg. The liquid in the manometer is water having a density of 1000 kg/m. Assume that the densityp is 1.30 kg/m and that the distance Z is very small. The reading R is 0.415 m. Calculate p, in psia and kPa. pb fluid B PB...
U-tube manometer are commonly used to measure pressure Po of the air space inside a water tank, see figure below. Given readings (measure from ground level) 20 = 200 cm, 21 = 90 cm, z2 = 120 cm, zz = 100 cm 24 = 110 cm. Determine the gauge pressure Po - Pa. (Neglect air density, water density is p = 1000 kg/m) Air po 12o Wate Water Air pa water Ground SG=13.6
A pitot tube is used to measure the velocity of gasoline flowing in a pipe. The estimation of the velocity is given by the equation in which vi is the local velocity at location 1, pthe density of the liquid, pr the total pressure measured by the tube, and pi the static pressure at location 1. The density is estimated to be 680 50 kg/m3 (P 0.95, 0 bias). (i) Assume that the two pressures are measured separately using individual...
working plz 5) A U-tube manometer is used to measure the pressure of water in a pipe line, which is in excess of atmospheric pressure. The right limb of the manometer contains mercury and is open to atmosphere water and mercury is in the left limb. Determine the pressure of water in the main line, if the difference in level of mercury in the limbs of U-tube is 10 cm and the free surface of mercury is in level with...
Velocity data analysis: Air flow speed is tested using a Pitot tube. Table 1 summarizes the Power supply of the wind tunnel and the dynamic pressure DP. The dynamic pressure P, is the difference between the total pressure P, and the static pressure P, measured by the Pitot tube. Please determine: 1) the air flow speed at each power supply (consider room 2) Plot the flow speed vs power supply using a computer 3) If the relation of the flow...