Question

Give three differences between acceleration due to gravity (g) and universal gravitational constant (G)

Answer 1

         acceleration due to gravity [g]       |        universal gravitation constant [ G ]
                                                               |
-its is the acceleration acquried by a     |  - it is equal to the force of attraction 
 body to the earth's gravitation pull on   |  b/w two masses of 1kg each separate 
 it                                                            |   by the distance of 1m
-the value of g is different radius            |  - 'G' is universal constant
   g= 9.8 on earth                                    |      'G' = 6.67 * 10 power -11
- it is vector quantity                               |  - it is scaler quantity

Answer 2

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The universal gravitational constant is represented by G and acceleration due to gravity is represented by g.

G is constant or same everywhere in the universe but g varies for example g at earth is 6 times larger than g at moon.