A cosmic body A moves to the sun with velocity v0 (when far from the sun) and aimimg parmeter l the arm of the vector →v0 relative to the center of the sun. Find the minimum distance by which this body will get to the Sun. Mass of the Sun is M.

A cosmic body A moves to the sun with velocity v0 (when far from the s

1.	A cosmic body A moves to the sun with velocity v0 (when far from the sun) and aimimg parmeter l the arm of the vector →v0 relative to the center of the sun. Find the minimum distance by which this body will get to the Sun. Mass of the Sun is M.
Answer» A cosmic body $A$ moves to the sun with velocity $v_{0}$ (when far from the sun) and aimimg parmeter $l$ the arm of the vector ${\to v}_{0}$ relative to the center of the sun. Find the minimum distance by which this body will get to the Sun. Mass of the Sun is $M$ .

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A cosmic body A moves to the sun with velocity v0 (when far from the sun) and aimimg parmeter l the arm of the vector →v0 relative to the center of the sun. Find the minimum distance by which this body will get to the Sun. Mass of the Sun is M.

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