No. Heavier elements were created by nuclear reactions in previous generations of stars.
Helium defies gravity because it is lighter than the surrounding air. This causes it to rise and float upwards, rather than being pulled down by gravity like heavier objects.
Sure! An apple falling from a tree is an example of gravity in action. The apple is pulled towards the Earth's center by the force of gravity.
everything is pulled by gravity. solids, liquids, everything...
Gravity helps pulleys by providing the force needed to move the object being lifted. As the object is pulled down by gravity, the pulley system redirects the force, making it easier to lift the object by changing the direction of the force needed. This allows for heavier objects to be lifted with less effort.
Objects are pulled towards the center of the Earth due to gravity.
because the heavier elements are pulled toward center of the earth by gravity
because the heavier elements are pulled toward center of the earth by gravity
Water droplets in clouds are pulled back to Earth by gravity. As they grow larger and heavier, they fall to the ground as precipitation in the form of rain, snow, sleet, or hail.
It was gravity.
Heavier sediments are more easily pulled down by gravity in slower waters. But they also have the chance to clump together with other sediments and become heavy enough to be pulled down. In faster waters, it pulls the grains and material apart before it can settle and has a stronger force than the pull of gravity.
Helium defies gravity because it is lighter than the surrounding air. This causes it to rise and float upwards, rather than being pulled down by gravity like heavier objects.
they have less mass. heavier objects have a great mass so it gets pulled down faster..... by a little thing called......gravity!
Definitely yes. But very slowly.Additional answerOne side is heavier than the other and is pulled by gravity to always face the Earth.
Sure! An apple falling from a tree is an example of gravity in action. The apple is pulled towards the Earth's center by the force of gravity.
The force of gravity caused the various particles of dust, rock, and ice to be pulled together to form Earth. Over time, the gravitational attraction between these particles caused them to collide and merge, eventually forming a larger body that became our planet.
A planetoid about the size of Mars crashed into the early Earth likely pulled out a a Lagrange point by Jupiter's gravity. Then pulled into the Earth by both bodies gravity, in an off-center hit sending debris into space and leaving a small portion in space with the added Earth debris that was pulled together by gravity again into the moon. As it drags along its slow orbit it's slowly being pulled away at about an inch a year because the gravity of Earth isn't supporting it so well (for reasons I won't go into here.) Gravity can only be significantly felt between objects with a very large mass, like the Earth and Moon. Which is why you dont feel a gravitational attraction between you and your computer. The Moon formed when gravity pulled pieces of rock and debris together into one big rock.
Yes. the mutually attracting forces of gravity hold the moon and earth together and cause the earth's tidal forces.