consider-a-5-44-kg-bowling-ball-rolling-at-a-speed-of-16-mph-find-the-de-broglie

Question

Consider a 5.44-kg bowling ball rolling at a speed of 16 mph. Find the de Broglie wavelength associated with the bowling ball and explain why is the wave nature of matter insignificant for the bowling ball.

Accepted Answer

1.70×10^-35 m; The wavelength is very small so it will not affect the bowling ball's movement.

Answer

4.56×10^-37 m; The wavelength is very small so it will not affect the bowling ball's movement.

Answer

7.61×10^-36 m; The wavelength is very small so it will not affect the bowling ball's movement.

Answer

2.42×10^-35 m; The wavelength is very small so it will not affect the bowling ball's movement.

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Consider a 5.44-kg bowling ball rolling at a speed of 16 mph. Find the de Broglie wavelength associated with the bowling ball and explain why is the wave nature of matter insignificant for the bowling ball.