Which of the following statements correctly describe wave-particle duality?
a. matter and energy are different forms of the same entity.
b. energy and mass can be interconverted.
c. all matter exhibits wavelike motion.

According to the Wave-Particle Duality theory, both particles and waves can have characteristics that are similar to one another. This definition is opposed to Newtonian physics or classical mechanics. De Broglie (1892-1987) put up a solution to this quandary in 1924. He believed that waves characterize all moving objects. He combined linear momentum with the Planck constant.

E = hv = hc/λ

so

λ=hcE........(1)

and

p = E/c = mv

(p is the momentum of the object, m is the object's mass, and v is the velocity of the object) so

E = mvc

Plug this into (1), we have

λ = hc/mvc = h/mv

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Which of the following statements correctly describe wave-particle duality? a. matter and energy are different forms of the same entity. b. energy and mass can be interconverted. c. all matter exhibits wavelike motion.

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Which of the following statements correctly describe wave-particle duality?
a. matter and energy are different forms of the same entity.
b. energy and mass can be interconverted.
c. all matter exhibits wavelike motion.