At room temperature mercury has a density of 13.6 g/cc while liquid bromoform `(CHBr_3)` has a density of 3.02 g cc. How high a column of bromoform will be supported by a pressure that supports a column of mercury 200 mm high?

Iron has a density of 7.8 "g/cm"^3 and mercury has a density of 13.5 "g/cm"^3 What happens if an iron nail is put in mercury? Why?

Atomic mass of mercury is 200 and density is 13.6 g cc^(-1) . How many moles of metal are present in one litre ?

Calculate the height of a water column which will exert on its base the same pressure as the 70 cm column of mercury. Density of mercury is 13.6 "g cm"^(-3)

Determine the rms speed of air at STP Density of mercury = 13.6 g.cm^-3, g=980 cm.s^-2 density of air = 0.00129 g.cm^-3 .

What volume will 250 g of mercury occupy ? (Density of mercury =13.6 g cm^(-3) )

In a capillary tube, liquid rises to a height of 4 cm. In the same capillary tube, mercury falls to a depth of 3 cm. The density of liquid and mercury are 1.5 g/cc and 13.6 g/cc. Then angles of contact of liquid and mercury with the same capillary tubes are 0^(@) and 140^(@) , respectively. What is the ratio of magnitudes of approximate surface tension of mercury and the liquid?