Okay, that really helped me to where i should find my answer, thanks for answering :)FactChecker said:For heat from a fire, the energy of a source gets spread out, so less of it hits another object of a fixed size as it gets farther away.
For gravity, the true answer is beyond my expertise on the subject. A mass distorts space-time in a certain way that is the subject of General Relativity.
The size of a gravity field is determined by the mass and density of the object creating the field. The larger the mass and density, the larger the size of the field.
The maximum area that a gravity field can cover is infinite. However, the strength of the field decreases as you move further away from the object creating the field.
Yes, the size of a gravity field can change if the mass or density of the object creating the field changes. For example, if a planet gains or loses mass, the size of its gravity field will also change.
No, the size of a gravity field and its strength are not the same. The size refers to the area that the field covers, while the strength refers to the force of the field at a specific point.
The size of a gravity field can be measured using various methods, including calculating the gravitational force at different distances from the object, observing the orbits of objects within the field, or using specialized equipment such as a gravimeter.