Sir Isaac Newton discovered that any two masses m, and m, attract each other with a force that is equal in magnitude and acts in the opposite direction, according to the relationship: Gm, m, F = r2...


Sir Isaac Newton discovered that any two<br>masses m, and m, attract each other with<br>a force that is equal in magnitude and acts<br>in the opposite direction, according to the<br>relationship:<br>Gm, m,<br>F =<br>r2<br>where<br>F = attractive force (N)<br>G= Universal Gravitational Constant<br>m, = mass of particle – 1 (kg)<br>m, = mass of particle – 2 (kg)<br>r – distance between the center<br>of each particle (m)<br>What are the appropriate units for G, if the<br>preceding equation is to be homogeneous in<br>units?<br>

Extracted text: Sir Isaac Newton discovered that any two masses m, and m, attract each other with a force that is equal in magnitude and acts in the opposite direction, according to the relationship: Gm, m, F = r2 where F = attractive force (N) G= Universal Gravitational Constant m, = mass of particle – 1 (kg) m, = mass of particle – 2 (kg) r – distance between the center of each particle (m) What are the appropriate units for G, if the preceding equation is to be homogeneous in units?

Jun 11, 2022
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