Meaning of acceleration due to gravityI found article in which it is said that it would be incorrect to say that g is not acceleration due to gravity but local gravitational field as there is no acceleration on a block placed on a table. Please can you explain this as I am in a school and I have read only that g is acceleration due to gravity and textbooks say this too.

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Meaning of acceleration due to gravityI found  article in which it is said that it would be incorrect to say that g is not acceleration due to gravity but local gravitational field as there is no acceleration on a block placed on a table. Please can you explain this as I am in a school and I have read only that g is acceleration due to gravity and textbooks say this too.

verdesett014ci · Accepted Answer

The term gravitational acceleration refers to the free fall acceleration of an object on the other hand gravitational force simply can be found from Newton&#039;s law of universal gravitation and even an object stands on a table force effects though there is opposite force acting on object based from the table.

Carina Valenzuela · Accepted Answer

We have another field, the electric field, definedThat&#039;s sort of a &quot;specific force&quot;, so to speak. Force per unit of charge, where charge is the property that &quot;makes&quot; the force.Is there a gravitational analogy? A gravitational field? Let&#039;s call such a thing             X      →      , and try to construct it.            X      →        =                    F        →              m              X      →        =                    F        →              m  force per unit mass, a sort of &quot;specific force&quot; for gravity. But we know that the local force of gravity is   m  g, so            X      →        =                    F        →              m    =            m                        g          →                      m    =            g      →      In that sense   g is the gravitational field.One can argue that there is a logical disconnect here in that we start knowing that the force is   m  g, and deducing the field from that. In the case of the electric field, the force is ... whatever it is, and             F      →        =  q            E      →       follows from that. The opposite direction of the reasoning.But let&#039;s take a practical, functional, point of view. If you refer to &quot;the gravitational field strength at the surface of the Earth&quot; no one will know that you are talking about   g. No one calls it that.

Meaning of acceleration due to gravity I found article in which it is said that it would be incorr

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