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Does rain sink to the center of the earth?
No, rain does not sink to the center of the Earth. Rain falls from clouds to the surface due to gravity, and the water eventually flows into bodies of water or into the ground.
Why are most of the precious metals on earth deep underground?
from the calcum and silican from which made it sink down center
Why doesn't rain sink to the bottom of the earth?
Rain falls as individual raindrops and is absorbed by the soil or flows into bodies of water due to gravity. It does not sink to the bottom of the Earth because the Earth's solid crust and layers of rock prevent water from penetrating deep into the Earth's interior.
Why would the heavier metals sink to the center of the center of the planet?
why would the heavier metals sink to the center during the formation of the earth is like
Rain does not sink down to the centre of the earth?
That's correct. Rain falls to the ground due to gravity, but it doesn't penetrate through the Earth's crust and reach the center because the Earth's layers are made of different materials that prevent water from sinking all the way to the core. Instead, rainwater typically forms rivers, lakes, or seeps into the ground to replenish groundwater sources.
How do materials sink to the center of the earth?
it's because of the gravitational force.
Are sink holes constuctive?
sink holes are destuctive because it is breaking down the earth surface
How deep can sink hole in the Earth go down?
111111111111111,000678542
Why doesn't rain sink down to the center of the earth?
Rainwater and groundwater eventually reach an area where the rock is impermeable or a depth where water can't exist as a liquid because of the increasing geothermal gradient.
Why is the earth's core metallic?
This is related to the fact that heavier - or rather, denser - materials tend to sink to the bottom. In this case, to the Earth's center.
Why do you not sink into the Earth?
Objects do not sink into the Earth due to force of gravity, which pulls objects towards the center of the Earth. The ground provides an upward force (normal force) that counters the force of gravity, keeping objects on the surface.
What happens when gravitys force is greater than buoyancy?
When gravity's force is greater than buoyancy, an object will sink in a fluid. This is because the downward force of gravity exceeds the upward force of buoyancy, causing the object to be pulled down towards the center of the Earth.
