it-is-known-that-the-minimum-velocity-required-by-a-spaceship-to-leave-planet-x-

Question

It is known that, the minimum velocity required by a spaceship to leave planet X is four times that needed to leave planet Y. Given that both planets X and Y have the same mass, calculate the ratio of the radius of planet X to that of planet Y (r_x / r_y).

Accepted Answer

$\frac{r_{x}}{r_{y}}=\frac{1}{16}$

Answer

$\frac{r_{x}}{r_{y}}=\frac{1}{16}$

Answer

$\frac{r_{x}}{r_{y}}=\frac{1}{16}$

Answer

$\frac{r_{x}}{r_{y}}=\frac{1}{16}$

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It is known that, the minimum velocity required by a spaceship to leave planet X is four times that needed to leave planet Y. Given that both planets X and Y have the same mass, calculate the ratio of the radius of planet X to that of planet Y (r_x / r_y).

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It is known that, the minimum velocity required by a spaceship to leave planet X is four times that needed to leave planet Y. Given that both planets X and Y have the same mass, calculate the ratio of the radius of planet X to that of planet Y (rx / ry).

It is known that, the minimum velocity required by a spaceship to leave planet X is four times that needed to leave planet Y. Given that both planets X and Y have the same mass, calculate the ratio of the radius of planet X to that of planet Y (r_x / r_y).