A specimen of silicon is to be made p-type semiconductor. For this one atom of indium, on an average is doped in `5xx10^(7)` silicon atoms. If the number density of silicon is `5xx10^(28) "atoms"//m^(3)`, then the number of acceptor atoms per `cm^(3)` is

A Specimen of silicon is to be made P-type semiconductor for this one atom of lindium, on an average, is doped in 5xx10^(22) atom//m^(3) then the number of acceptor atoms per cm^(3) will be

A Specimen of silicon is to be made P-type semiconductor for this one atom of lindium, on an average, is doped in 5xx10^(22) atom//m^(3) then the number of acceptor atoms per cm^(3) will be

A silicon specimen is made into a P -type semiconductor by dopping, on an average, one helium atoms per 5xx10^(7) silicon atoms. If the number density of atoms in the silicon specimen is 5xx10^(28) at om//m^(3) then the number of acceptor atoms in silicon per cubic centimeter will be

A silicon specimen is made into a P -type semiconductor by dopping, on an average, one helium atoms per 5xx10^(7) silicon atoms. If the number density of atoms in the silicon specimen is 5xx10^(28) at om//m^(3) then the number of acceptor atoms in silicon per cubic centimeter will be

A silicon specimen is made into a P -type semiconductor by dopping, on an average, one helium atoms per 5xx10^(7) silicon atoms. If the number density of atoms in the silicon specimen is 5xx10^(28) at om//m^(3) then the number of acceptor atoms in silicon per cubic centimeter will be