Astronomers study an asteroid that is moving quickly toward Jupiter.
Which statement describes how the gravitational attraction between the asteroid and Jupiter will most likely change?
A.
The gravitational force will increase as the distance between the asteroid and Jupiter decreases.
B.
The gravitational force will increase as the mass of the asteroid increases.
C.The gravitational force will decrease as the speed of the asteroid increases.
D.The gravitational force will decrease as the speed of the asteroid decreases.
You have posted a number of these multiple guess questions recently; have you given any thought to telling us what you think the answer is and why you chose that answer.
Amen. You need a new teacher also, these questions with three ridiculous answers and one other are much too easy. You deserve better. And,you deserve to learn how to think these out.
To understand how the gravitational attraction between the asteroid and Jupiter will change, we can analyze the factors that affect gravitational force. Two important factors are the distance between the objects and the masses of the objects involved.
A. The gravitational force will increase as the distance between the asteroid and Jupiter decreases: This statement is true. According to Newton's law of universal gravitation, the force of gravity is directly proportional to the product of the masses of the objects and inversely proportional to the square of the distance between them. As the distance between the asteroid and Jupiter decreases, the gravitational force between them increases.
B. The gravitational force will increase as the mass of the asteroid increases: This statement is not accurate. The mass of the asteroid will not directly affect the gravitational force between the asteroid and Jupiter. The mass of an object affects the gravitational force it exerts on another object, but it does not affect the gravitational force acting on it.
C. The gravitational force will decrease as the speed of the asteroid increases: This statement is false. The speed of the asteroid does not directly affect the gravitational force between the asteroid and Jupiter. Gravitational force depends on the masses of the objects and the distance between them, not their speeds.
D. The gravitational force will decrease as the speed of the asteroid decreases: This statement is untrue. The speed of the asteroid does not affect the gravitational force between the asteroid and Jupiter.
Therefore, the correct answer is A. The gravitational force will increase as the distance between the asteroid and Jupiter decreases.