The square root of the sun is very poetic but it's not mathematically quantifiable.
The mass of the moon is 7.34767309 x 10^22 kg
It is not possible to divide by pie but if you meant pi, that can be approximated as 3.14159
One cannot get the square root of an item. However if you want to quantify this item: The square root of the moon = the square root of (1) the moon. The square root of (1) moon is still one moon as the root of 1 is still one :P
Weight is the gravitational force exerted on an object. Your mass is the same on earth and the moon or anywhere else. Your weight depends on the gravitational force exerted on your mass and hence on your location.
It would take 42 times to fold an average 8.5 by 11 piece of paper to reach the moon!<3
No. A pound is a measure of mass whereas the weight depends on the force of gravity acting on that mass. You can have a bunch of bananas with a mass of 1 pound. Their mass will remain 1 lb whereever, but they will weigh different amounts on the surface of the earth, on the moon (about a sixth), in outer space (near zero), on a neutron star (an enormous amount).
Fiddle-Dee dum Fiddle-Dee Dee, Skip around the moon, that's Pi times D! Oh, dear but that's absurd, Coz the area of the moon is Pi times R squared.
Mass: Earth's is 81.7 times the moon's mass.Radius: Earth's is 3.67 times the moon's radius.
The mass of Earth is about 81 times the mass of its moon, and the gravitational force between two objects is proportional to the product of their masses divided by the square of the distance between their centers.
No, the mass of the Earth is greater than the mass of the Moon. The Earth's mass is approximately 81 times greater than the mass of the Moon.
No. The earth's mass is equal to about 82 times the moon's mass. (Moon's mass is equal to about 1.2% of the earth's mass.)
The moon that is described as having the largest mass is Ganymede. This is one of the moons of Jupiter. Its mass is about 2.02 times that of Earth's moon.
Earth has about 50 times the volume of the Moon (and 81 times the mass of the Moon).
No, the Earth has a much greater mass than the Moon. The Earth's mass is about 81 times greater than the Moon's mass.
To calculate the position of the common center of mass of the Earth-Moon system, you need to consider the masses and distances of both Earth and Moon. Use the formula: distance from Earth's center to the common center of mass = (mass of Moon * distance from Earth to Moon) / (mass of Earth + mass of Moon). Repeat the calculation for the distance from Moon's center to the common center of mass. The common center of mass will lie along the line connecting the two calculated points.
-- The earth's diameter (distance through the center) is about 3.7 times the moon's diameter. -- The earth's surface area is about 13.5 times the moon's surface area. -- The earth's volume is about 49.5 times the moon's volume. -- The earth's mass is about 82 times the moon's mass.
The mass of both the earth and the moon and the distance between each. From Newtons Law of Universal Gravitation, we see that the force due to gravity is directly proportional to the masses of both bodies and inversely proportional to the square of the distance between the centers. Since the net force equates to mass times acceleration we can say that the acceleration is equal to the differences between both forces of attraction divided by mass.
If it was, the planets would revolve around the Moon and not the Sun. The mass of the Moon is: 7.3477×1022 kg The mass of the Sun is: 1.9891×1030 kg A difference of about 27 million times.
The Sun is a million times more massive - but the Moon is 400 times CLOSER than the Sun is. That's why the Moon has more of an effect on the tides than the Sun does.And the math for gravity is based on the sum of the masses, divided by square of the distance between them.