A measurment establishes position of a proton with an accuracy of` pm ``10^(-10)m`. Find the mininum uncretainty in proton 's position 1 second later .

If the uncertainity in the position of proton is 6xx10^(8)m , then the minimum uncertainity in its speed is

If the uncertainity in locating the position of a proton (m=1.67xx10^(-27 kg)) is 5 mu m , the uncertainitiy in its speed will be

The product of uncertainty in the position and uncertainty in velocity of a particle is 5.79 xx 10^(-5) m^2 s^(-1) . If uncertainty in the position is 1 nm , what is the uncertainty in the measurement of its velocity in m s^(-1) ?

A ball has a mass of "10g" and speed of "20m/s" . If the speed can be measured with the accuracy of 1%, then the uncertainty in its position is

An e^- moving with a velocity of 2xx10^6m//s . If the speed can be measured with an accuracy of 0.02%. Calculaate the uncertainty in its position is 1.45xx10^(-x) . The value of x:

" A ball of "10g" mass is moving with a speed of "50m/s" .If the speed is measured within accuracy of "2%" ,the uncertainty in the position of the ball is "

" A ball of "10g" mass is moving with a speed of "50m/s" .If the speed is measured within accuracy of "2%" ,the uncertainty in the position of the ball is "

A proton is accelerated to one tenth of velocity of light. If the velocity can be measured with a precision of +-0.5 % , what must be the uncertainty in its position ? ( m_(p)=1.675 xx 10^(-27)kg) .