A 200 g cricket ball is thrown with a speed of 3.0×103 cm sec−1. What will be its de Broglie's wavelength ? h=6.6×10−27 g cm2 sec−1

λ=hmv=6.6 × 10−27200 × 3 × 103=6.6 × 10−326λ=1.1 × 10−32 cm

A 200 g cricket ball is thrown with a speed of 3.0×103 cm sec−1. What will be its de Broglie's wavelength ? h=6.6×10−27 g cm2 sec−1

λ=hmv=6.6 × 10−27200 × 3 × 103=6.6 × 10−326λ=1.1 × 10−32 cm

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A 200 g cricket ball is thrown with a speed of $3 .0 \times 10^{3} cm \sec^{- 1} .$ What will be its de Broglie's wavelength ? $[h = 6 .6 \times 10^{- 27} g {cm}^{2} \sec^{- 1}]$

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$\begin{array}{l} λ = \frac{h}{mv} \\ = \frac{6 .6 \times 10^{- 27}}{200 \times 3 \times 10^{3}} \\ = \frac{6 .6 \times 10^{- 32}}{6} \\ λ = 1 .1 \times 10^{- 32} cm \end{array}$

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A 200 g cricket ball is thrown with a speed of 3.0×103 cm sec−1. What will be its de Broglie's wavelength ? h=6.6×10−27 g cm2 sec−1

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A 200 g cricket ball is thrown with a speed of $3 .0 \times 10^{3} cm \sec^{- 1} .$ What will be its de Broglie's wavelength ? $[h = 6 .6 \times 10^{- 27} g {cm}^{2} \sec^{- 1}]$