The uncertainty in position for a dust particle `(m=10^(-11)g` : diameter `=10^(-4)cm` and velocity =`10^(-4)(cm)/s` will be (The error in measurement of velocity is `1%`) X`times10^(-10)`cm` then "X" is

Uncertainty in position of a 0.25 g particle is 10^-5 . Uncertainty of velocity is (h = 6.6 xx 10^-34 J s) .

A dust particle has mass equal to 10^(11)g dimeter equal to 10^(-4) cm and velocity equal to 10^(-4) cms^(-1) The error is the measurment of velocity is 0.1% .Calculate the uncertiainty in its position comment on the result

The uncertainty in the position of a buller weight 20 g is +- 10^(-4) m .Calculate the uncertainty in its velocity

The uncertainty in the position and velocity of a particle are 10^(-10) m and 5.27 xx 10^(-24) ms^(-1) respectively. Calculate the mass of the particle.

The uncertainity in position and velocity of a particle are 10^(-11)m and 5.27times10^(-24)m//sec respectively.What is the minimum mass of the particle in kg .

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 :

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 :

The uncertainty in the position of a moving bullet of mass 10 g is 10^-5 m . Calculate the uncertainty in its velocity.