If Jupiter were about 80 times more massive than it is, nuclear fusion should have beenpossible, making it a small star. What might have been the most likely effect on the Earth?
A)The gravitational pull might have prevented the Earth settling into a stable orbit, which wouldhave prevented the development of life on Earth.
B)Jupiter's moons would have been likely to develop life, which would have competed with lifeon Earth.
C)The extra radiation from a second star in the solar system would have prevented life formingon Earth.
D)Jupiter's magnetic field would have been much larger, disrupting Earth's magnetic field.
E)Nothing because Jupiter is so much further from the Earth than the Sun is.

Question

Quizplus · Accepted Answer

If Jupiter had become a small star, its gravitational pull would have disrupted the stable orbit of the planets in the solar system, including Earth. The changes in gravitational forces would have made it difficult for Earth to maintain a stable orbit, potentially causing disruptions to the development and sustainability of life on Earth. If Jupiter were a small star, its gravitational pull would be much stronger and could have disrupted the stable orbit of Earth, potentially preventing the development of life.

If Jupiter Were About 80 Times More Massive Than It