Infinite number of masses, each 2 kg, are placed along the X− axis at x=±1 m,±2 m,±4 m,±8 m,±16 m... The magnitude of the resultant gravitational potential in terms of gravitational constant G at the origin (x=0) is

Infinite number of masses, each 2 kg, are placed along the X− axis a

1.	Infinite number of masses, each 2 kg, are placed along the X− axis at x=±1 m,±2 m,±4 m,±8 m,±16 m... The magnitude of the resultant gravitational potential in terms of gravitational constant G at the origin (x=0) is
Answer» Infinite number of masses, each $2 k g$ , are placed along the $X -$ axis at $x = \pm 1 m, \pm 2 m, \pm 4 m, \pm 8 m, \pm 16 m . . .$ The magnitude of the resultant gravitational potential in terms of gravitational constant $G$ at the origin $(x = 0)$ is

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Infinite number of masses, each 2 kg, are placed along the X− axis at x=±1 m,±2 m,±4 m,±8 m,±16 m... The magnitude of the resultant gravitational potential in terms of gravitational constant G at the origin (x=0) is

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