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Answer:
Newton's second law says that when a constant force acts on a massive body, it causes it to accelerate, i.e., to change its velocity, at a constant rate. ... In this case, the constant acceleration due to gravity is written as g, and Newton's Second Law becomes F = mg.
Gravity is the force between masses. F=ma, so the acceleration of a mass due to gravity will be different on different masses (planets).
Explanation:
The acceleration of an object as produced by a net force is directly proportional to the magnitude of the net force, in the same direction as the net force, and inversely proportional to the mass of the object.
Without needing to know exactly how gravity exists we know that it is a FORCE proportional to an object's mass, whether a star, a planet, a moon or a pencil. It is this proportionality that makes things seem "lighter" on the moon, and "heavier" on Jupiter.
The inherent mass of an object doesn't change, but the acceleration felt due to gravity (weight) is dependent on the mass of the attracting body. This 'felt-force' is mutual. The sun is 'attracted' to the earth gravitationally just as the earth feels a gravitational force from the sun.
Explanation:
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Answer:
Newton's second law says that when a constant force acts on a massive body, it causes it to accelerate, i.e., to change its velocity, at a constant rate. In the simplest case, a force applied to an object at rest causes it to accelerate in the direction of the force. However, if the object is already in motion, or if this situation is viewed from a moving inertial reference frame, that body might appear to speed up, slow down, or change direction depending on the direction of the force and the directions that the object and reference frame are moving relative to each other.
The bold letters F and a in the equation indicate that force and acceleration are vector quantities, which means they have both magnitude and direction. The force can be a single force or it can be the combination of more than one force. In this case, we would write the equation as ∑F = ma
Explanation:
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