explain hysenberg equations and concept
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Heisenberg's uncertainty principle:
It states that the momentum an the position of an electron cannot be calculated accurately simultaneously.
If we have to measure the velocity accurately we will have to take light with lower energy that means higher frequency so there will be higher uncertainty in the position.
If we want to measure position accurately then light radiation of lower wavelength is required that means higher energy. So the uncertainty in velocity increases
Hence Heisenberg formulated a formula
Δx.Δp > h/4π
Where Δx= uncertainty in position
Δp = uncertainty in momentum
It states that the momentum an the position of an electron cannot be calculated accurately simultaneously.
If we have to measure the velocity accurately we will have to take light with lower energy that means higher frequency so there will be higher uncertainty in the position.
If we want to measure position accurately then light radiation of lower wavelength is required that means higher energy. So the uncertainty in velocity increases
Hence Heisenberg formulated a formula
Δx.Δp > h/4π
Where Δx= uncertainty in position
Δp = uncertainty in momentum
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