Home
Class 11
CHEMISTRY
The lambda form of iron has fcc strcutre...

The `lambda` form of iron has fcc strcutre (edge length 386 pm) and `beta-` form has bcc structure (edge length 290pm). The ratio of density in `gamma`-form and `beta-`form is

Promotional Banner

Similar Questions

Explore conceptually related problems

The gamma -form of iron has fcc structure (edge length 386 pm ) and beta -form has bcc structure (edge length 290 pm ). The ratio of density in gamma -form and beta -form is

The gamma -form of iron has fcc structure (edge length 386 pm ) and beta -form has bcc structure (edge length 290 pm ). The ratio of density in gamma -form and beta -form is

The gamma -form of iron has fcc structure (edge length 386 pm ) and beta -form has bcc structure (edge length 290 pm ). The ratio of density in gamma -form and beta -form is

The gamma -form of iron has fcc structure (edge length 386 pm) and beta -form has bcc structure (edge length 290 pm). The ratio of density in gamma -form and beta -form is

They Y - form of iron has fcc structure (edge length 386) and beta - form has bcc structure (edge length 290 pm) . The ratio of density in Y - form and beta - form is :

Gold has a fcc lattice with edge length 407 pm. The diameter of the gold atom is

Gold has a fcc lattice with edge length 407 pm. The diameter of the gold atom is

CsBr has bcc structure with edge length of 43 pm . The shortest interionic distance between cation and anion is

CsBr has bcc structure with edge length of 43 pm . The shortest interionic distance between cation and anion is