derivation of gravitational masses.
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нєу вαву тнєяє ιѕ αиѕωєя !!!
ι нσρє уσυ υи∂єяѕтαи∂ !!!
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The universal law of gravitation states that the gravitational force of attraction between two masses separated by a certain distance is directly proportional to the product of their masses and inversely proportional to the square of the distance between the masses.
If m1 and m2 are the masses separated by a distance r then,
f ιѕ ∂ιяє¢тℓу ρяσρσѕαℓ тσ м1 αи∂ м2
f ιѕ ιиνєяѕєℓу ρяσσѕαиαℓ тσ 1/я^2
From the above equations,
f = м1м2/я^2
..: f = g м1м2/т^2
G is called the Universal gravitational constant. Its value is found to вє
So G = Fr2m1m2
Regards
ι нσρє уσυ υи∂єяѕтαи∂ !!!
===========================
The universal law of gravitation states that the gravitational force of attraction between two masses separated by a certain distance is directly proportional to the product of their masses and inversely proportional to the square of the distance between the masses.
If m1 and m2 are the masses separated by a distance r then,
f ιѕ ∂ιяє¢тℓу ρяσρσѕαℓ тσ м1 αи∂ м2
f ιѕ ιиνєяѕєℓу ρяσσѕαиαℓ тσ 1/я^2
From the above equations,
f = м1м2/я^2
..: f = g м1м2/т^2
G is called the Universal gravitational constant. Its value is found to вє
So G = Fr2m1m2
Regards
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