00:01
Here, in this question, we are going to calculate the atomic radius of the metal.
00:08
So, here, we know that the formula for the density can be expressed as d equal to n multiply by capital m divided by n of a, multiplied by a, multiplied by a.
00:35
Now we can consider this as equation 1.
00:39
Here, n is the number of atoms in the unit cell, capital m is the molecular weight, n of a is the avogadro number, and a to the power 3, or we can say a cube is the volume of the unit cell.
00:59
Now, we can write this above equation as a cube, equal.
01:06
2 n multiplied by capital n divided by n of a multiply by d now here in the question we have given that number of atoms in b c c is equals to 2 and the atomic weight of the metal is 48 .9 gram per mole also the density is equal to 7 .24 gram per centimeter cube...