gravitational forces are be acted on a space center what other data need to show the forces
a-direction of the opposite force
b-magnitute of the downward force
rigth answer: b
frankly, the question makes no sense to me.
graviatational forrces are being acted on a space station i think what other of the two data are needed to fully show the center being in gavity or motion or what other of the two are being acted on the space center
To determine the gravitational forces acting on a space center, the two key data points needed are:
1. Direction of the opposite force: This information is crucial to understand the direction in which the gravitational force acts. Gravitational forces always act in the direction of the center of mass of the two objects that are attracting each other. In the context of a space center, the opposite force would be directed towards the center of the celestial body that the space center is on or near. For example, if the space center is on Earth, the opposite force would be directed towards the center of the Earth.
2. Magnitude of the downward force: The magnitude of the downward force represents the strength or intensity of the gravitational force. It indicates how strong the force of gravity is pulling objects towards the center of mass. The magnitude of the gravitational force is dependent on two factors: the masses of the two objects and the distance between their centers. In the case of a space center, the magnitude of the downward force would be related to the mass of the celestial body it is near and the distance between them.
Therefore, in order to fully understand the gravitational forces acting on a space center, both the direction of the opposite force and the magnitude of the downward force need to be taken into account.