Home
Class 12
CHEMISTRY
An element has a body centered cubic (bc...

An element has a body centered cubic (bcc) structure with a cell edge of 288pm. The atomic radius is:

A

`sqrt3/4 xx 288pm`

B

`sqrt2/4 xx 288pm`

C

`4/sqrt3 xx 288pm`

D

`4/sqrt2 xx 288pm`

Text Solution

AI Generated Solution

Promotional Banner

Similar Questions

Explore conceptually related problems

Anelement has a body-centred cubic (bec) structure with cell edge of 288 pm. The density of the element is 7.2 g//cm^3 . How many atoms are present in 208 g of the element ?

An element 'A' has face-centered cubic structure with edge length equal to 361pm .The apparent radius of atom 'A' is:

An element has a bcc structure with a cell edge of 288 pm. The density of the element is 7.2 g cm^(-3) . How many atoms are present in 208 g of the element?

An element has a bcc structure with a cell edge of 288 pm. The density of the element is 7.2 g cm^(-3) . How many atoms are present in 208 g of the element?

The metal M crystallizes in a body centered lattice with cell edge. 400 pm. The atomic radius of M is

An element has a bcc structure with a celledge of 288 pm. The density of the element is 7.2 g cm^(-3) . How many atins are present in 208 g of the element?

The metal M crystallizes in a body cantered lattice with cell edge 40 pm . The atomic radius of M is .

An element of atomic mass 52 occurs in bcc structure with cell edge length of 288 pm. Calculate the Avodadro's number if density is 7.2gm//cm^(3) .

An element occurs in bcc structure. It has a cell edge length of 250pm. Calculate the molar mass if its density is 8.0g cm^(-3) . Also calculate the radius of an atom of this element.