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If the planet JP is considered to have a radius of 5x10^8 cm and a mass density (in grams per cubic centimeter): p(x, y, z) 3 x 104 T 3, P 10¹ ≤r r≤ 104 Where: r = √x² + y2 + z². Find the formula for gravitational potential, on the outside of the planet JP.

If the planet JP is considered to have a radius of 5x10^8 cm and a mass density (in grams per cubic centimeter): p(x, y, z) 3 x 104 T 3, P 10¹ ≤r r≤ 104 Where: r = √x² + y2 + z². Find the formula for gravitational potential, on the outside of the planet JP.

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If the planet JP is considered to have a radius of 5x10^8 cm and a mass density (in grams per cubic centimeter): p(x, y, z) = Where: r = the planet JP. (3 x 104 T 3, 104 ≤r r≤ 104 √x² + y2 + z². Find the formula for gravitational potential, on the outside of
Transcribed Image Text:If the planet JP is considered to have a radius of 5x10^8 cm and a mass density (in grams per cubic centimeter): p(x, y, z) = Where: r = the planet JP. (3 x 104 T 3, 104 ≤r r≤ 104 √x² + y2 + z². Find the formula for gravitational potential, on the outside of
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