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Introduction to d and f Block Elements

Q. The densit...

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Q. The density of mercury is 13.6 g/mL. The diameter of an atom of mercury assuming that each atom is occupying a cube of edge length equal to the diameter of the mercury atom is approximately (in Angstrom): (a) 3.01 (b) 2.54 (c) 0.29 (d) 2.91

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Q. The density of mercury is

13.6 g / m L

. The diameter of an atom of mercury assuming that each atom is occupying a cube of edge length equal to the diameter of the mercury atom is approximately:

Q. Calculate approximately the diameter of an atom of mercury, assuming that each atom is occupying a cube of edge length equal to the diameter of the mercury atom. The density of mercury is 13.6 g/cc.

Q. The density of mercury is 13.6 g/mL. Calculate the diameter of an atom of mercury assuming that each atom of mercury is occupying a cube of edge-length equal to the diameter of mercury atom.
(Atomic mass of mercury = 200)

Q. The density of mercury is

13.6 g m L^{- 1}

. The approximate diameter of an atom of mercury assuming that each atom is occupying a cube of edge length equal to the diameter of the mercury atom is

a = 2.9004 \times 10^{- x} c m

x

Q. Find the depression of the meniscus in the capillary tube of diameter

0.4 m m

, dipped in a beaker containing mercury. (Density of mercury

= 13.6 \times 10^{3} k g / m^{3}

) ; surface tension of the mercury is

0.49 N / m

; angle of contact is

135^{o}

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