The main difference between g and G can seen in the fact that “g” refers to the acceleration of gravity, while G represents the gravity constant. G’s value fluctuates depending on altitude, but it is the case that G stays constant. Gravitational acceleration is a vector quantity and gravitational constant is a number of scalars.

## Difference between g and G

While there equation to explain the relationship between g and G in the field of physics, there is connecting between acceleration caused by gravity and the universal gravitational constant, because G’s value remains constant. G’s value always the same at any point in the universe, and G and g aren’t dependent on one another.

### Differentiate Between g and G

### Difference between gravity and gravitation

The gravitational force an object that free falling on the celestial body to move, displacing any atmospheric resistances in a rapid manner which an increase in rate per minute and its directed towards the center of body. body on Earth’s surface Earth the amount that this speed increases, represented by the letters g, will be the same regardless of location when our globe was perfectly round and the force of centrifugal due to the Earth’s rotation, that has resulted in a decrease in the gravity attraction force that attracts us, has the same magnitude everywhere. If these two conditions not proven, the value of g can vary from one the location to the other.

In Ecuador gravity acceleration can measured at 9.7799 meters per second, and at the poles, it is higher than 9.83 meters per second per second. The most common value recognized internationally as gravity’s acceleration in doing calculation for calculations is 9.80665 meters/second.

There was a time when it believed that the largest bodies fell at a greater speed however Galileo and later Isaac Newton were in charge of proving the opposite. A test carried out in a vacuum chamber shows that all bodies drop towards Earth at identical acceleration regardless of weight.

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