25 > o On Earth, froghoppers can jump upward with a takeoff speed of 2.81 m/s....

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25 > o On Earth, froghoppers can jump upward with a takeoff speed of 2.81 m/s. Suppose some of the insects are taken to an asteroid. O Macmillan Learning. If the asteroid is small enough, the froghoppers can jump free of it and escape into space. P What is the diameter D (in kilometers) of the largest spherical asteroid from which they could jump free? Assume an asteroid density of 2.34 g/cm. D = km Suppos 10 TOOLS jumped horizontally from a small hill on an asteroid. What would the diameter D2 (in km) of the asteroid need to be so that the insect could go into a circular orbit just above the surface? D2 = km 25 > o On Earth, froghoppers can jump upward with a takeoff speed of 2.81 m/s. Suppose some of the insects are taken to an asteroid. O Macmillan Learning. If the asteroid is small enough, the froghoppers can jump free of it and escape into space. P What is the diameter D (in kilometers) of the largest spherical asteroid from which they could jump free? Assume an asteroid density of 2.34 g/cm. D = km Suppos 10 TOOLS jumped horizontally from a small hill on an asteroid. What would the diameter D2 (in km) of the asteroid need to be so that the insect could go into a circular orbit just above the surface? D2 = km