1 earth mass = 81.78 moon mass (rounded)1 moon mass = 0.01223 earth mass = 1.223% of earth mass (rounded)The mass of the moon is only 1.2 percent of the mass of Earth.
because the earth has mass. Gravity is a the force of attraction that is related to the mass of an object. The greater the mass, the stronger the force of gravity.
yes the earth does have a mass because it also is affected by gravity, the gravity from the sun
The mass that surrounds Earth is the atmosphere. The average of Earth's atmosphere is 5 quadrillions tons. I think that answered you question.
yea it is the mass and the weight
The Earth's spherical shape is due to gravity pulling mass inward equally from all directions, creating a balance. This shape is the most stable and efficient way for the planet to distribute its mass and maintain equilibrium.
Density = mass / volume since earth is nearly spherical, Volume = (4/3)pi x r3 find volume, then divide this into the mass.
That's going to depend on the chicken's mass, how the mass is distributed within its spherical skin, and its rate of rotation on the spit.
Earth's spherical shape is due to gravity acting equally in all directions, causing matter to be pulled toward the center of mass. Over time, the force of gravity shapes planets and other celestial bodies into a round shape.
You might discover that solids have mass and they have volume.
The inner planets (Mercury, Venus, Earth, Mars) in our solar system are all roughly spherical in shape due to their gravity compressing their material into a spherical form. They lack the mass to maintain a more irregular shape like some larger moons or asteroids.
The mass m will not experience any gravitational force since it is situated inside the hollow spherical shell. According to the Shell Theorem in physics, the gravitational force inside a hollow spherical shell is zero when a mass is placed at its center.
To answer this question, the mass of the spherical protein is needed. the fact that the protein is a sphere and that it has a density of 1gcm3 is not enough information to determine the diameter.
For Earth to become a perfect shape, it would need to be perfectly spherical. This would require it to have a uniform distribution of mass and no geographical features like mountains or valleys. Achieving a perfectly spherical shape would mean Earth would have to be completely smooth and free of any irregularities.
The sun is a sphere, while planets are generally spherical in shape due to gravity pulling their mass evenly in all directions. Some planets have slight deviations from a perfect sphere due to rotation or geological activity, but they are still predominantly spherical in shape.
Both the Earth and Sun are roughly spherical and rotate on an axis. Both have satellite bodies and revolve around a larger mass (Earth around the Sun in the solar system, the Sun as part of the Milky Way Galaxy). Both have mass that imparts gravity. Although the Earth has a higher percentage of heavier atoms (iron, aluminum, oxygen) compared to the Sun (mostly hydrogen, some helium) both contain at least some of the same chemical elements. Each is also hotter at its core than its surface.
The center of gravity for a spherical object is located at the exact center of the sphere. This point is equidistant from all points on the surface of the sphere, making it the point where the force of gravity can be considered to act on the object.