Silver (atomic weight `108 g mol^(-1))` has a density of `10.5 g cm^(-3)`. The number of silver atoms on a surfaces of area `10^(-12) m^(2)` can be expressed in scientific notation as `Y xx 10^(-x)`, The value of `x` is …….

Silver (atomic weight =108gmol^(-1) ) has a density of 10.5gcm^(-3) .The number of silver atoms on a surface of area 10^(-12)m^(2) can be expressed in scientific notation as y times10^("x") .The value of "x" is

The answer to each of the following questions is a single digit integer, ranging from 0 to 9. If correct answers to the question number A,B,C and D (say) are 4,0,9 and 2 respectively, then correct darkening of bubbles should be as shown on the side. (A) Silver (atomic weight = 108 g mol^(-1) ) has a density of 10.5 g cm^(-3) . The number of silver atoms on a surface are of 10^(-12) m^(2) can be expressed in scientific notation as yxx10^(x) . The value x is ...........

Silver (atomic weight=108gmol^-1) has a density of 10.5 gcm^-3 . The number of silver atoms on a surface of area 10^-12 m^2 can be expressed in scientific notation as yxx10^x . The value of x is

The number of silver atoms present in a 90% pure silver wire weighing 10 g is (Ag = 108)

The relative density of silver is 10.8 and the density of water is 10 3 kg/ m^(2) . The density of silver is

The relative density of silver is 10.8 and the density of water is 10 3 kg/ m^2 . The density of silver is