two spherical planets A and B have same mass but densities in ratio 8:

1.	two spherical planets A and B have same mass but densities in ratio 8:1 the ratio accn due to garivty at the surface of AandB is
Answer» Answer: we know g= $\frac{GM}{r^{2} }$ M=density×volume g= $\frac{G\\4/3\pi r^3\\ <klux>BETA</klux> }{r\\}$ here beta is density now similarly do it for other divide both and put VALUE of density do it on UR own if your answer does not come ASK me

two spherical planets A and B have same mass but densities in ratio 8:1 the ratio accn due to garivty at the surface of AandB is

Answer»

Answer:

we know g= $\frac{GM}{r^{2} }$

M=density×volume

g= $\frac{G\\4/3\pi *r^3\\ *<klux>BETA</klux> }{r\\}$ here beta is density

now similarly do it for other

divide both and put VALUE of density

do it on UR own if your answer does not come ASK me

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two spherical planets A and B have same mass but densities in ratio 8:1 the ratio accn due to garivty at the surface of AandB is​

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two spherical planets A and B have same mass but densities in ratio 8:1 the ratio accn due to garivty at the surface of AandB is