Gravitational force acting between two bodies of mass m1 and m2 having a separation r is given by F=G*m1m2/r 2 .obtain the dimension of G.
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Force=mass * acceleration
[Force]=[MLT⁻²]
[m₁]=[m₂]=[M]
[r]=[L]
Now putting this value in the given equation, we get-
[MLT⁻²] = [G]*[M²] / [L²]
==>[G]= [MLT⁻²]*[L²] / [M²]
=[M⁻¹L³T⁻²]
This is the required dimension of G.
Hope this helps! :)
[Force]=[MLT⁻²]
[m₁]=[m₂]=[M]
[r]=[L]
Now putting this value in the given equation, we get-
[MLT⁻²] = [G]*[M²] / [L²]
==>[G]= [MLT⁻²]*[L²] / [M²]
=[M⁻¹L³T⁻²]
This is the required dimension of G.
Hope this helps! :)
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