the scratched out part says 1.58m.
the scratched out part says 1.58m. Problem 2. (3 pts.). A simple U-shaped tube with identical...
write out steps please Problem 2. (3 pts.). A simple U-shaped tube with identical sides of a diameter 25 mm (millimeters) contains me We have poured 718 g of water into its left arm. (a) If adding 815g of oil into its right arm will bring the surface of the mercury its interface with another liquid) to the same level on each side of our tube, what is the density of the oil? (b) What is the pressure at each...
contains mercury Problem 2. (3 pts.). A simple U-shaped tube with identical sides of a diameter 25 mm (millimeters) contains me We have poured 7189 of water into its left arm. (a) If adding 815g of oil into its right arm will bring the surface of the mercury (its interface with another liquid) to the same level on each side of our tube, what is the density of the oil? (6) What is the pressure at each of the points...
Problem 2. (3 pts.). A simple U-shaped tube with identical sides of a diameter 25 mm (millimeters) contains mercury. We have poured 718 9 of water into its left arm. (a) If adding 815 9 of oil into its right arm will bring the surface of the mercury (its interface with another liquid) to the same level on each side of our tube, what is the density of the oil? (6) What is the pressure at each of the points...
(a) adding 1.58M of oil please show all work Problem 2. (3 pts.). A simple U-shaped tube with identical sides of a diameter 25 mm (millimeters) contains mercury. We have poured, 7189 of water into its left arm. (a) If adding-mg of oil into its right arm will bring the surface of the mercury (its interface with another liquid) to the same level on each side of our tube, what is the density of the oil? (6) What is the...
= 2.4 cm h Problem 2. (3pts.). A simple U-shaped tube with identical sides of a diameter 25 mm (millimeters) contains mercry We have poured 718 g of water into its left arm. (a) If adding 815 g of oil into its right arm will bring the surface of the mercury (its interface with another liquid) to the same level on each side of our tube, what is the density of the oil? (b) What is the pressure at each...
Problem z (3 pts.). mm (millimeters) contains mercury. A simple U-shaped tube with identical sides of a diameter 25 mm (millimeters) conta We have poured 718 g of water into its left arm. (a) If adding 815 g of oil into its right arm will bring the surface of the mercury its interface with another liquid) to the same level on each side of our tube, what is the density of the on (0) What is the pressure at each...
Figure (a) below shows a U-shaped tube containing an amount of mercury. The left arm of the tube has cross-sectional area A, of 10.8 cm, and the right arm has a cross-sectional area A, of 4.00 cm. In both arms, the mercury is at the same level, as shown. In figure (b) below. 100 g of water is poured into the right arm of the tube and sits atop the mercury, all of it within the right arm. The mercury...
A U-shaped tube, open to the air on both ends, contains mercury. Water is poured into the left arm until the water column is 16.1 cm deep. How far upward from its initial position does the mercury in the right arm rise? Express your answer using three significant figures. Give the answer in mm
91 ** A U-tube contains liquid of unknown specific grav- ity. An oil of density 800 kg/m3 is poured into one arm of the tube until the oil column is 12 cm high. The oil-air interface is then 5.0 cm above the liquid level in the other arm of the U-tube. Find the specific gravity of the liquid. when empty is 32 kg. The crate contains gold bullion that fills 36 percent of its volume; the remaining volume is filled...
A U-tube open at both ends is partially filled with water (see figure) (Pair 1.29 kg/m ) Oil having density 725 kg/m2 is then poured into the right arm and forms a column L = 5.58 cm high. Shield Po Water Oil a) Determine the difference h in heights of the two liquid surfaces. Number Units b)The right arm is then shielded from any air motion while air is blown across the top of the left arm until the surface...