Given length of side of hexagonal uint cell is `(100)/sqrt(2)` pm . The volumes of hexagonal unit cell is `("in" "pm"^(3))`:

Given length of side of hexagonal unit cell is (100)/sqrt(2) pm . The volume of hexagonal unit cell is ("in" "pm"^(3)) :

Tungsten has a density of 19.35 g cm^(-3) and the length of the side of the unit cell is 316 pm. The unit cell is a body centred unit cell. How many atoms does 50 grams of the element contain?

Tungsten has a density of 19.35 g cm^(-3) and the length of the side of the unit cell is 316 pm. The unit cell is a body centred unit cell. How many atoms does 50 grams of the element contain?

Tungsten has a density of 19.35 g cm^(-3) and the length of the side of the unit cell is 316 pm. The unit cell is a body centred unit cell. How many atoms does 50 grams of the element contain?

The length of the unit cell edge of a lattice metal is 350 pm .Thus volume of atoms in one mole of the metal is

Which of the following is true about a hexagonal unit cell ?

Which of the following is true about a hexagonal unit cell ?

The radius of K^(+) is 133 pm and that of Cl^- is 181 pm. The volume of the unit cell of KCI expressed in 10^(-22) cm^(3) is :

Which of the following dimensions represent a hexagonal unit cell ?