What would the pressure be at a depth of 4 meters in a tank filled with...
A cylindrical tank or radius 2 meters and height 7 meters is filled with water to a depth of 4 meters. How much work does it take to pump all the water over the top edge of the tank? Note: The weight-density of water is 9800 N Select the correct answer below: 985 kJ 2,463 kJ 4,926k 9,852 k)
16) The hydrostatic pressure at 10 meters depth in the ocean is different than the hydrostatic pressure at 10 meters in a fresh water lake such as Bear Lake. Assuming the ocean is filled with ocean water and that Bear Lake is filled with fresh water, what is the magnitude of the pressure difference at a depth of 10 meters? a) 2.84× 103Pa b) 11.3 × 103 Pa c) 29 Pa d) 14.1×103 Pa
As the depth in a fluid increases, the pressure increases due to the larger weight of the column of fluid above. At what depth, in meters, a column of mercury is the pressure 1.00 atm? The density of mercury is 13.6 × 103 kg/m3?
4. A tank is filled with incompressible oil to a depth of (h) 6.43 m open tank The tank is being drained via a horizontal pipe that is attached at a height of (h2) 0.789 m above the tank bottom. Oil is flowing out of the tank into the pipe at a rate of 2.34 x 10 m'/s, but the tank is so large that the descent speed of the oil level at the top is negligible (0) The gauge...
Imagine you have a tank filled with water. The total height of the tank is 20 m. The water in the tank has temperature of 20 °C and density of 998 kg/m3. What is the gauge pressure and absolute pressure of the water at the depth of 10m? Assume that the atmospheric pressure is 101kPa 20m 10m
A tank is filled with incompressible oil to a depth of (h_1) 6.43 m. The tank is being drained via a horizontal pipe (radius 1.92 cm), attached at a height of (h-2) 0.789 m above the tank bottom. Oil is flowing out through the pipe at a rate of 2.34 times 10^-3 m^3/s, but the tank is so large that the descent speed of the oil level at the top is negligible (almostequalto 0). The gauge pressure in the drain...
A 10 meter tall tank open to the air is filled with a fluid with a density of 1200 kg/m^3. It is located with its bottom 10 meters off the ground. When a hole is open at the bottom, fluid sprays out with an initial horizontal velocity. Determine this initial velocity.
What is the gauge pressure (in Pascals) at a depth of 3.13m below the surface of a swimming pool Assume the density of water is 1000 kg/m QUESTION 2 At what depth (in meters) in the ocean is the gauge pressure 10 times larger than atmospheric pressure? Assume that the density of water in the ocean is 1000 kg/m3 and that atmospheric pressure is 101,325 Pa
A 10 Meter tall tank open to the air is filled with a fluid with a density of 1200 kg/m^3. It is located with its bottom 10 meters off the ground. When a hole is open at the bottom, fluid sprays out with an initial horizontal velocity. Determine how far (initially) the fluid sprays horizontally before it touches the ground.
What is the absolute pressure (in kPa) in the tank, Pa, if the manometer fluid is water (density 1000 kg/m'), H is 330 ft and Patm 101 kPa? Patm Po 0 Fluid