According to de-Brogile, matter should exhibit dual behaviour, that is both particle and wave like properties. However, a cricket ball of mass 100 g does not move like a wave when it is thrown by a b owler at a speed of 100km/h. calculate the wavelength of the ball and explain why it does not show wave nature.

Calculate the wavelength of matter wave associated with small ball of mass of 100g travelling at a velocity of 35ms^(-1)

wavelength of Bullet. Calculate the de-Brogli wavelength of a 5.00 g bullet that is moving at 340 m/s will it exhibite wave like particle?

wavelength of Bullet. Calculate the de-Brogli wavelength of a 5.00 g bullet that is moving at 340 m/s will it exhibite wave like properties?

De-Broglie hypothesized that material particles have wave like properties. Figure shows a small particle in a box. The particle simply bounces back and forth at constant speed. As particles also have wave like properties it can be considered to be a wave reflecting back and forth from the ends of the box. The reflections will create a standing wave analogous to standing wave on a string tied at both ends. Since a standing wave confined to a region can have only selected wavelength, momentum of the particle is quantized. We can safely assume that such a particle only has kinetic energy. This energy must also be quantized. What is momentum of particle in n^(th) mode of standing wave ?

De-Broglie hypothesized that material particles have wave like properties. Figure shows a small particle in a box. The particle simply bounces back and forth at constant speed. As particles also have wave like properties it can be considered to be a wave reflecting back and forth from the ends of the box. The reflections will create a standing wave analogous to standing wave on a string tied at both ends. Since a standing wave confined to a region can have only selected wavelength, momentum of the particle is quantized. We can safely assume that such a particle only has kinetic energy. This energy must also be quantized. What is the particle's energy in n^(th) state?