If you are in a spacecraft that has been launched into space, your weight would
A) Increase because gravitational force is increasing.
B) Increase because gravitational force is decreasing.
C) Decrease because gravitational force is decreasing.
D) Decrease because gravitational force is increasing.
What is answer?
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When you are in a spacecraft that has been launched into space, your weight would actually decrease because the gravitational force is decreasing. The correct answer is C) Decrease because gravitational force is decreasing.
To understand why, let's think about how gravity works. Gravity is the force that pulls objects towards each other. The strength of the gravitational force depends on the masses of the two objects and the distance between them. On Earth, the gravitational force is strong because Earth has a large mass and is relatively close to us.
When a spacecraft is launched into space, it moves away from the Earth's surface and gets farther from Earth's center of mass. As a result, the distance between the spacecraft and the Earth increases, leading to a decrease in the gravitational force acting on the spacecraft.
Weight is essentially the force of gravity acting on an object. So, when the gravitational force decreases, your weight decreases as well. It is important to note that your mass remains the same, but weight depends on both mass and the strength of gravity.
To summarize, in a spacecraft launched into space, your weight would decrease because the distance between the spacecraft and the Earth increases, causing the gravitational force to decrease.