Question What would decrease the gravitational pull between the sun and Earth?(1 point) Responses if the sun was twice its size if the sun was twice its size if the sun was farther away from Earth if the sun was farther away from Earth if Earth was twice its size if Earth was twice its size if Earth was closer to the sun if Earth was closer to the sun
If the sun was farther away from Earth or if Earth was farther away from the sun, it would decrease the gravitational pull between them.
To decrease the gravitational pull between the Sun and Earth, there are two possible factors that can be altered: the size of the Sun and the distance between the Sun and Earth.
1. If the Sun was twice its size: Increasing the size of the Sun would actually increase the gravitational pull between the Sun and Earth, rather than decreasing it. Therefore, this would not decrease the gravitational pull.
2. If the Sun was farther away from Earth: Increasing the distance between the Sun and Earth would indeed decrease the gravitational pull between them. So, if the Sun was farther away from Earth, the gravitational pull between them would decrease.
3. If Earth was twice its size: Increasing the size of Earth would not directly impact the gravitational pull between the Sun and Earth. As long as the masses of the celestial bodies remain unchanged, the gravitational pull remains the same.
4. If Earth was closer to the Sun: Moving Earth closer to the Sun would increase the gravitational pull between them. Therefore, this would not decrease the gravitational pull.
In summary, the factor that would decrease the gravitational pull between the Sun and Earth is if the Sun was farther away from Earth.
To determine what would decrease the gravitational pull between the sun and Earth, we need to understand the factors that affect gravitational force. Gravitational force is influenced by two main variables: the masses of the two objects and the distance between them.
Now, let's consider the possible scenarios mentioned:
1. If the sun was twice its size: Increasing the mass of the sun would actually increase the gravitational pull between the sun and Earth, not decrease it. So, this option is incorrect.
2. If the sun was farther away from Earth: Increasing the distance between the sun and Earth would indeed decrease the gravitational pull. This is because the gravitational force weakens as the distance between two objects increases. Therefore, this option is correct.
3. If Earth was twice its size: Changing the size of Earth would not directly affect the gravitational pull between the sun and Earth. The mass of Earth would remain the same, and gravitational force depends on the mass of the objects. So, this option is incorrect.
4. If Earth was closer to the sun: Decreasing the distance between Earth and the sun would actually increase the gravitational pull. As mentioned earlier, gravitational force increases as the distance decreases. Hence, this option is also incorrect.
In conclusion, the option that would decrease the gravitational pull between the sun and Earth is if the sun was farther away from Earth.