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Introduction to Imperfections in Solids

Ice crystalli...

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Ice crystallize in hexagonal lattice having volume of unit cell as 13210*-24 cm3. If density of ice at given temperature is .92gcm-3. Then number of h2o molecules per unit cell is

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Q. Ice crystallizes in hexagonal lattice having a volume of the unit cell is

132 \times 10^{- 23} c m^{3}

. If the density of ice is

0.92 g c m^{- 3}

at a given temperature, then a number of

H_{2} O

molecules per unit cell is:

(Write your answer to the nearest integer)

Q. Ice crystallises in a hexagonal lattice having volume of the unit cell as

132 \times 10^{- 24}

cc. If density is

0.92

g/cc at a given temperature, then the number of water molecules per unit cell is:

Q. Ice crystallizes in a hexagonal lattice. At the low temperature at which the structure was determined, the lattice constants were

a = 34 ˚ A

c = 7.41 ˚ A

H_{2} O

molecules are contained in a unit cell? (The density of ice is

0.92 g / c c

0^{o} C

H_{2} O

Q. Ice crystallizes in a hexagonal lattice. At low temperature, at which the structure was determined, the lattice constants were

a = 4.53 ˚ A

b = 7.60 ˚ A

(see figure). How many molecules of water are contained in a given unit cell? [Density of ice is

0.92

^{- 3}

Q. Ice crystallises in a hexagonal lattice. At the, low temperature, the lattice constants were

a = 4.53 A^{\circ}

b = 7.41 A^{\circ}

H_{2} O

molecules are contained in a unit cell?

[d (i c e) = 0.92 g / c m^{3}]

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