According to newton's law of universal gravitation, which of the following would cause the attractive force between a planet and the sun to be doubled?
a. doubling the mass of the planet
b. quadrupling the distance from the sun
c. doubling the distance from the sun
d. squaring the mass of the planet oxford

According to Newton's Law of Universal Gravitation, what would cause the force of attraction between a planet and the Sun to be doubled is: A. Doubling the mass of the planet.

Newton's Law of Universal Gravitation states that the force of attraction (gravitational force) acting between planet Earth and all physical objects is directly proportional to the mass of planet Earth, directly proportional to the mass of the physical object and inversely proportional to the square of the distance separating the Earth's center and that of the physical object.

Mathematically, Newton's Law of Universal Gravitation is given by the formula:

Where:

Deductively, the force of attraction (gravitational force) acting between planet Earth is highly dependent on the mass of a physical object.

In conclusion, doubling the mass of the planet would cause the force of attraction between a planet and the Sun to be doubled.

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answer: what are you talking about?

explanation:

the skeletons of most mammals reach a certain size and then stop growing. however, many animals, including some mammals, keep growing throughout their lives. kangaroos, for example, just keep growing and growing until they die. also, the longer an animal lives the greater the chance it might catch some deadly disease.