a student makes a model. it represents the sun and the path of an asteroid that orbits the sun. the student…

a student makes a model. it represents the sun and the path of an asteroid that orbits the sun. the student changes the model to show an asteroid moving through an emptier part of space where it is farther from the gravitational pull of other objects. the student removes the yellow ball from the model. how else should the student change the model? straighten the rope. make the rope thinner. cut the rope into pieces. shape the rope into a spiral.

a student makes a model. it represents the sun and the path of an asteroid that orbits the sun. the student changes the model to show an asteroid moving through an emptier part of space where it is farther from the gravitational pull of other objects. the student removes the yellow ball from the model. how else should the student change the model? straighten the rope. make the rope thinner. cut the rope into pieces. shape the rope into a spiral.

Answer

Answer:

Straighten the rope.

Brief Explanations:

The initial model shows an asteroid orbiting the Sun, where the Sun's gravity causes the curved path (orbit). When the Sun (representing the major gravitational force) is removed, the asteroid, if in an emptier part of space far from other gravitational pulls, would continue to move in a straight line due to inertia, according to Newton's first law of motion. Therefore, the rope representing the asteroid's path should be straightened.