The density of mercury is 13.6 g/cm ^{3}. What is the density of mercury in kg/m ^{3}? Show work please
The density of mercury is 13.6 g/cm 3. What is the density of mercury in kg/m...
In the figure, if the tube is filled with mercury of density 13.6*10^3 and the level difference is(h=10 cm) what is the pressure difference between gas A and B A ano P. Point Point 2
6) The density of water is 1.0 g/cm and the density of Hg is 13.6 g/cm'. How high can the osmotic pressure generated by placing an aqueous 1.OM MgCl, solution against pure water raise a column of water that is at standard pressure?
please help me in this A mercury height of 28 cm is equivalent to a height of 345 cm height in liquid X. What is the density of liquid X? (Density of mercury is 13.6 g/mL) O 0.91 g/ml 168 g/mL 1.1 g/mL O 0.081 g/mL 12.3 g/mL
20) The density of a block of iron is 7,860 kg/m². The density of mercury is 13,950 kg/m² This block of iron will: a) float in mercury b) sink in mercury c) hang motionless in mercury d) none of the above
What pressure (in atm) is exerted by a column of mercury 1.40 m high? The density of mercury is 13.5951 g/cm^3.
7. (20 pts) Mercury (density 13500 kg/m) is poured into a large beaker to a depth of 10.0 cm. 20.0 cm of water (density 1000 kg/m) is then poured in on top of the mercury. What is the pressure at the bottom of the beaker? Pap.g.h. = 13500x9.8lx 0.1 = 13243.5 Pa. P = Pot pgh = 12243.5+ 100.9.81.0.2. = 13243.5 * 1962 - 15205.5 Pa.. + atmospheric pressure -5
A 76.00 pound flask of mercury costs $154.00. The density of mercury is 13.534 g/cm'. Find the price of one cubic inch of mercury by calculating intermediate values. What is the price of one pound of mercury? $ 2.026 What is the price of 1 g of mercury? 0.004466 What is the price of 1 cm of mercury? $ 0.060449 What is the price of 1 in of mercury? What is the price of 1 in of mercury? $ 1...
if the density of mercury is 13.8g/cm3. calculate the mass in kg of 2.0L of mercury If the density of mercury is 13.8 g/cm3, calculate the mass in kilograms of 2.0 L of mercury.
Calculate the mass density of the following string: m=35.0 g, L=75 cm, mass density=? kg/m If a string with this mass density is under 100 N, then the speed of any wave would be: v=? m/s
Convert:2.7x10^-3 kg/cm^3 to kg/m^30.81 g/cm^3 to kg/m^3