The escape velocity depends on mass M and radius r as
mv2/2=GmM/rmv^{2}/2=GmM/rmv2/2=GmM/r
v=(GM/r)v=\sqrt{(}GM/r)v=(GM/r)
Hence, ratio of escape velocities will be
v1/v2=(M1⋅r2/M2⋅r1)=(5⋅10/2)=(25)=5v1/v2=\sqrt{(}M1\cdot r2/M2\cdot r1)=\sqrt{(}5\cdot 10/2)=\sqrt{(}25)=5v1/v2=(M1⋅r2/M2⋅r1)=(5⋅10/2)=(25)=5
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