The overall distribution shown at the bottom can be predicted as the diffraction of waves having the de Broglie wavelength of the electrons.ДЇigure 2. Each electron arrives at a definite location, which cannot be precisely predicted. The building up of the diffraction pattern of electrons scattered from a crystal surface. Repeated measurements will display a statistical distribution of locations that appears wavelike. But if you set up exactly the same situation and measure it again, you will find the electron in a different location, often far outside any experimental uncertainty in your measurement. Experiments show that you will find the electron at some definite location, unlike a wave. What is the position of a particle, such as an electron? Is it at the center of the wave? The answer lies in how you measure the position of an electron. Matter and photons are waves, implying they are spread out over some distance. Explain the implications of HeisenbergвЂ™s uncertainty principle for measurements.Use both versions of HeisenbergвЂ™s uncertainty principle in calculations.

Heisenberg uncertainty principle app