On average, the acceleration of an object falling to Earth due to gravity is around 9.8 meters per second squared. But in places with more or less gravity, that acceleration may be slightly different.

At Earth's surface, the acceleration due to gravity is about 9.8 m/s 2; that is, with every second that passes, the downward speed of a falling object increases by 9.8 m/s 2.

So, you know how we've been describing the gravitational acceleration at Earth's surface as small g? Well, small g is actually equal to big G, times Earth's mass, divided by Earth's radius, squared.

"That is weight is equal to mass times gravitational acceleration. Weight is not measured in kilograms, but in Newtons. "For example the gravitational acceleration for everyone standing on Earth ...

So the very simple answer to the question is "the gravitational pull on the Earth is (the force that causes) an acceleration of approximately 9.8 m/s/s." Actually, this acceleration g isn't truly ...

A new study examining some of Leonardo da Vinci's sketches in the Codex Arundel reveals the artist calculated the earth's ...

I had an interesting thought, spurred on by a discussion I ran across online about firing guns in space. Apparently, smokeless powder contains its own ...

Earth might soon witness what could be the shortest day since 1973. The planet would possibly perform the fastest-ever ...

Generally, it's estimated that Earth's gravitational acceleration - the 'force' that gravity pulls you towards the centre of the planet - is 9.8 m/s². However, ...

How bubble muscles could help astronauts get their space legs. When astronauts finally reach Mars, they'll face a unique challenge: walking and working in gravity that's only 37% as strong as Earth's.