The Earth is approximately 6*(10^24) kg , which is 6 followed by 24 zeros.
To be more exact, 5.9736*10^24 kg.
Earths valcanoes
The core is extremely dense, heavy and very hot.
Actually, no. But if something falls into the earth's core, and it is very heavy, like lets say for example: If a Building falls into the earths core, then the whole earth will erupt, causing the earth's core to rotate, then the earth's core will be unstable and the whole world will erupt.
The adjective 'heavy' has a number of meanings. Some synonyms for 'heavy' are:hearty (heavy food)stocky (heavy person)loaded (heavy cargo)coarse (heavy features)cloudy, gloomy, (heavy sky)strong, severe (heavy force)dreary, boring, turgid (heavy reading)
the rain does not sink down to the centre of earth because it the centre of earth and nothing could be sink down to the centre
It depends how heavy you are on earth
Yes but not as heavy as they were on Earth.
all of them
The sun is infinitely heavy, it is about 340,000 times the weight of Earth.
because the always the heavy metals in side the earth only light materials are on the earth
rain
I'm not sure what a "heavy" atmosphere is but Venus' atmosphere is denser than Earth's and the atmospheric pressure at the surface is much greater than Earth's
it depends how heavy cloud is or what color it is.
The sentence describes how precipitation occurs, in the form of rain, snow, or sleet, when heavy droplets fall from clouds to the Earth.
Because of gravity, the Earth's inner layers consist of the heavy elements, mainly metals. The heavy and radioactive ones are the origin of most of the heat.
The phenomenon of earth moving downhill due to heavy rain is called a landslide. It can be triggered by excess water saturating the soil, causing it to become unstable and slide. Landslides can result in significant damage to property and pose a threat to human safety.
The layer of heavy rocks beneath the Earth's crust is called the mantle. It is composed of solid rock material that extends down to about 1,800 miles below the Earth's surface.