you happen to visit the moon when some people on earth see a total solar eclipse. who has a better experience of this event, you
1 answer:
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Answer:
<em>increasing the distance between the objects</em>
<em>decreasing the mass of one of the objects</em>
<em>decreasing the mass of both objects </em>
Explanation:
The complete question would be:
<em>Which changes would result in a decrease in the gravitational force between two objects? Check all that apply.</em>
<em>increasing the distance between the objects</em>
<em>decreasing the distance between the objects</em>
<em>increasing the mass of one of the objects</em>
<em>increasing the mass of both objects</em>
<em>decreasing the mass of one of the objects</em>
<em>decreasing the mass of both objects </em>
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Gravitational force between two objects can be computed using the formula:
Where:
Fg is the gravitational force (Newtons or N)
G is the gravitational constant (6.674⋅10⁻¹¹N(m/kg)²)
M is the mass of one object (Kilograms or Kg)
m is the mass of the other object (Kilograms or Kg)
r is the distance between the two objects (m)
Now notice the relationship between the mass and gravitational force. Their relationship is direct, meaning as the value of one goes up, the other goes up and the reverse holds true. If the mass of one or both of the objects decreases, the gravitational force also decreases.
Now look at the relationship between the distance between the objects and the gravitational force-- they are indirect. This means that as one increases, the other decreases. So if we increase the distance between the objects, the gravitational force between them decreases as well.
The total surface area of one slice will be 64 π cm².
<h3>What is the total surface area?</h3>The total surface area includes the base as well as the curving component. It is the whole area covered by the object's surface.
The total area of a form with a curved surface and base is equal to the sum of the two areas.
The total surface area of the sphere will be;
Hence the total surface area of one slice will be 64 π cm².
To learn more about the total surface area refer to the link;