A plant virus contains spherical particles of diameter `4Å`. If the density of virus is `(12)/(pi) gm//cm^(3)`, the molar mass of virus is -

A plant virus contains spherical particles of radius 4Å . If the density of virus is (12)/(pi) gm//cm^(3) , the molar mass of virus is -

A plant virus is found to consist of uniform cylindrical particle of 150 Å in diameter 5000 Å long. The specific volume of the virus is 0.75 mLg^(-1) . If the virus is considered to be a single particle, find its molar mass.

A plant virus is found to consist of uniform cylindrical particle of 150 Å in diameter 5000 Å long. The specific volume of the virus is 0.75 mLg^(-1) . If the virus is considered to be a single particle, find its molar mass.

A plant virus is found to consist of uniform cylindrical particle of 150 Å in diameter 5000 Å long. The specific volume of the virus is 0.75 mLg^(-1) . If the virus is considered to be a single particle, find its molar mass.

A plant virus is found to consist of uniform cylindrical particle of 150 Å in diameter 5000 Å long. The specific volume of the virus is 0.75 mLg^(-1) . If the virus is considered to be a single particle, find its molar mass.

A plant virus is found to consist of uniform cylindrical particle of 150 Å in diameter 5000 Å long. The specific volume of the virus is 0.75 mLg^(-1) . If the virus is considered to be a single particle, find its molar mass.

At STP density of Cl_(2) is 3.207gm*cc^(-) . Calculate its molar mass.