The mass of the Moon, approximately \(7.34 \times 10^{22}\) kilograms, is significantly smaller than the mass of the Earth, which is about \(6 \times 10^{24}\) kilograms. This indicates that the Earth's gravitational influence is much greater than that of the Moon, making it a dominant force in maintaining the orbits of both natural satellites and artificial satellites in space.
the mass of the moon is 7.34 x^22 kilograms and the mass of the earth is approximately 6x10^24 kilograms. write two sentences comparing the masses of the moon and the earth. use evidence and key words from unit 5 lessons to support your answer
11 answers
The Moon's mass is about 73 billion trillion kilograms, which is much smaller than the Earth's mass of around 6 trillion trillion kilograms. This difference means that the Earth has a much stronger gravity, allowing it to hold onto satellites and other objects in its orbit while the Moon has a weaker gravitational pull.
The Moons mass is about 73 billion trillion kilograms which is much smaller than the Earths mass of around 6 trillion trillion kilograms This diffrence means that the Earth has a much stronger gravitation allowing it to hold onto sattelites and other objects in its orbit while the Moon has a weaker gravitation pull
The Moon's mass is about 73 billion trillion kilograms which is much smaller than the Earth's mass of around 6 trillion trillion kilograms This difference means that the Earth has a much stronger gravitational pull allowing it to hold onto satellites and other objects in its orbit while the Moon has a weaker gravitational pull
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