The radii of two planets are respectively r1and r2 and their -Turito

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The radii of two planets are respectively R₁ and R₂ and their densities are respectively $rho subscript 1$ and $rho subscript 2$ the ratio of the accelerations due to gravity at their surface is……

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$g_{1} : g_{2} = \frac{ρ_{1}}{R_{t}^{2}} \cdot \frac{ρ_{1}}{R_{2}^{2}}$
$g_{1} : g_{2} = R_{1} ρ : R_{2} ρ_{2}$
$g_{1} : g_{2} = R_{1} R_{2} : ρ ρ_{2}$
$g_{1} : g_{2} = R_{1} ρ_{2} : R_{2} ρ_{1}$

Answer:The correct answer is: $g subscript 1 colon g subscript 2 equals R subscript 1 rho colon R subscript 2 rho subscript 2$

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The radii of two planets are respectively R₁ and R₂ and their densities are respectively $rho subscript 1$ and $rho subscript 2$ the ratio of the accelerations due to gravity at their surface is……

$g_{1} : g_{2} = \frac{ρ_{1}}{R_{t}^{2}} \cdot \frac{ρ_{1}}{R_{2}^{2}}$
$g_{1} : g_{2} = R_{1} ρ : R_{2} ρ_{2}$
$g_{1} : g_{2} = R_{1} R_{2} : ρ ρ_{2}$
$g_{1} : g_{2} = R_{1} ρ_{2} : R_{2} ρ_{1}$

Answer:The correct answer is: $g subscript 1 colon g subscript 2 equals R subscript 1 rho colon R subscript 2 rho subscript 2$

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The radii of two planets are respectively R1 and R2 and their densities are respectively and the ratio of the accelerations due to gravity at their surface is……

Answer:The correct answer is:

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The radii of two planets are respectively R₁ and R₂ and their densities are respectively $rho subscript 1$ and $rho subscript 2$ the ratio of the accelerations due to gravity at their surface is……

Answer:The correct answer is: $g subscript 1 colon g subscript 2 equals R subscript 1 rho colon R subscript 2 rho subscript 2$

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