[" Potassium has a bcc structure with nearest neighbour distance "4.52" Ä.Its atomic weight is "],[39." Its density will be "]

potassium has a bcc structure with nearest neighbour distance 4.52Å . Its atomic weight is 39,its density will be

Potassium has a bcc structure with nearest neighbour distance 4.52Å . Its atomic weight is 39,its density will be

Potassium has a bcc structure with nearest neighour distance 4.52 Å its atomic weight is 39 its density (in kg m^(-3) ) will be

Potassium has a bcc structure with nearest neighour distance 4.52 Å its atomic weight is 39 its density (in kg m^(-3) ) will be

Calculate the density ("in kg m"^(-3)) of potassium having a bcc structure with nearest neighbour distance of 4.52Å . (Given atomic weight of potassium is 39)

Calculate the density ("in kg m"^(-3)) of potassium having a bcc structure with nearest neighbour distance of 4.52Å . (Given atomic weight of potassium is 39)