The mass of a particle is `10^(-10)g` and its radius is `2xx10^(-4)cm`. If its velocity is `10^(-6)cm sec^(-1)` with `0.0001%` uncertainty in measurement, the uncertainty in its position is `:`

The mass of a particle is 10^(10)g and its radius is 2 xx 10^(-4)cm . If its velocity is 10^(-6) cm sec^(-1) with 0.0001% uncertainty in measurement, the uncertainty in its position is :

The mass of a particles is 10^-10 g and its radius is 2xx10^-4 cm if its velocity is 10^-6 cm sec^-1 with 0.0001% uncertainty in measurement the uncertainty in its position is

A ball of mass 200 g is moving with a velocity of 10 m sec^(-1) . If the error in measurement of velocity is 0. 1% , the uncertainty in its position is :

A boll of mass 200 g is moving with a velocity of 10 m sec^(-1) . If the error in measurement of velocity is 0. 1% , the uncertainty in its position is :

What will be the mass of a particle if uncertainty in its position is 10^(-8) m and velocity is 5.26xx10^(-25)ms^(-1) ?

What will be the mass of a particle if uncertainty in its position is 10^(-8) m and velocity is 5.26xx10^(-25)ms^(-1) ?

The size of a microscopic particle is 1 micron and its mass is 6 xx 10^(-13)g . If its position may be measured to within 0.1% of its size, the uncertainty in velocity (in cm^(-1) ) is approximately

The size of a microscopic particle is 1 micron and its mass is 6 xx 10^(-13)g . If its position may be measured to within 0.1% of its size, the uncertainity in velocity (in cm^(-1) ) is approximately