ruther Ford experiment on scattering of Alpha particles show that an atom has
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Here's the answer you are looking for
Rutherford observed that a very few Alpha particles completely deflected back, few deflected at some angle but most of the Alpha particles passed through the gold foil without any deflection.
From that he concluded that an atom has a lot of empty space for which most of the Alpha particles went without any deflection.
There is a positively charged particle in a very small space within the atom and it must be centrally located for with very few like 1 out of 20000 Alpha particles selected at 180 degrees that is deflected completely back.
This experiment of scattering of Alpha particles shows that atom has a centrally located nucleus that is positively charged and electrons revolve around that positively charged nucleus.
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Here's the answer you are looking for
Rutherford observed that a very few Alpha particles completely deflected back, few deflected at some angle but most of the Alpha particles passed through the gold foil without any deflection.
From that he concluded that an atom has a lot of empty space for which most of the Alpha particles went without any deflection.
There is a positively charged particle in a very small space within the atom and it must be centrally located for with very few like 1 out of 20000 Alpha particles selected at 180 degrees that is deflected completely back.
This experiment of scattering of Alpha particles shows that atom has a centrally located nucleus that is positively charged and electrons revolve around that positively charged nucleus.
★★ HOPE THAT HELPS ☺️ ★★
Sudarshan33:
ar17 , answer is nucleus
i said that.... with complete explanation
thx
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