G IS THE UNIVERSAL CONSTANT OF GRAVITATIONAL FORCE ∵G = F×R²÷M₁M₂ ,WHERE M₁ AND M2 ARWE THE MASS OF THE BODYIF WE INCREASE THE MASS OF BODY, THEN THE VALUE OF G SHIUD BE DECREASE BUT, WHY ITS VALUE IS ALWAYS REMAINS CONSTANT WHICH IS 6.67×10⁻¹¹ N×M²÷KG²

G IS THE UNIVERSAL CONSTANT OF GRAVITATIONAL FORCE ∵G = F×R²÷M₁

1.	G IS THE UNIVERSAL CONSTANT OF GRAVITATIONAL FORCE ∵G = F×R²÷M₁M₂ ,WHERE M₁ AND M2 ARWE THE MASS OF THE BODYIF WE INCREASE THE MASS OF BODY, THEN THE VALUE OF G SHIUD BE DECREASE BUT, WHY ITS VALUE IS ALWAYS REMAINS CONSTANT WHICH IS 6.67×10⁻¹¹ N×M²÷KG²
Answer» Yes it IA ur answer as we increases the MASS FORCE between them also increases which keeps the G CONSTANT

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G IS THE UNIVERSAL CONSTANT OF GRAVITATIONAL FORCE ∵G = F×R²÷M₁M₂ ,WHERE M₁ AND M2 ARWE THE MASS OF THE BODYIF WE INCREASE THE MASS OF BODY, THEN THE VALUE OF G SHIUD BE DECREASE BUT, WHY ITS VALUE IS ALWAYS REMAINS CONSTANT WHICH IS 6.67×10⁻¹¹ N×M²÷KG²

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