If 1-0 g body is traveling along the x-axis at 100 cm s -1 within error limits of - 1 cm s -1- what is the uncertainty in its position-

According to Heisenberg's uncertainty principle, the product of uncertainties in position and velocities for an electron of mass 9.1 $\times$ $10^{- 31}$ kg is

The uncertainty in momentum of an electron is $1 \times 10^{- 5} k g - m / s$ . The uncertainty in its position will be ( $h = 6.62 \times 10^{- 34} k g - m^{2} / s$ )

Q. If a 1.00 g body is travelling along X-axis at 100 cm s

^{- 1}

with an uncertainty in velocity as 2 cm

^{- 1}

. Then uncertainty in its position is :

A ball weighing $10 g$ is moving with a velocity of $90 m s^{- 1}$ . If the uncertainty in its velocity is 5%, then the uncertainty in its position is______ $\times 10^{- 33} m$ . (Rounded off to the nearest integer)
[Given: $h = 6.63 \times 10^{- 34} J s$ ]

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If 1.0 g body is traveling along the x-axis at 100 cm s−1 within error limits of ±1 cm s−1, what is the uncertainty in its position?

The correct option is A 5×10−30mHeiseinburg Uncertainity principle. Given m=1gm, ΔV=1cm/sΔx.Δp≥h4πΔx.mΔv≥h4πΔx.10−3×10−2≥6.626×10−344×3.14Δx≥6.626×10−294×3.14=0.52×10−29Δx≥5.2×10−30m

If 1.0 g body is traveling along the x-axis at 100 cm s $^{- 1}$ within error limits of $\pm 1$ cm s $^{- 1}$ , what is the uncertainty in its position?