In short, gravity. Outward pressure from the core is equal to inward pressure of gravity, which is also known as hydrostatic equilibrium.
The force of the Sun's gravity is counteracted by the nuclear fusion occurring at the Sun's core. Without the outward force exerted by nuclear reactions within the core, gravity would implode the Sun.
The nuclear reaction going on inside the sun generates enormous amounts of heat, which in turn creates pressure that prevents the sun from collapsing. When the sun runs out of fuel and this reaction stops, what is left of the sun will collapse into a dense remnant called a white dwarf.
the earths orbit,
we orbit the sun which means goes round it because we are turning,
as are the other planets,
as for the moon it orbits us and the moons orbit keeps it moving around us,
(:
Gravity keeps the Sun in its orbit. The Sun doesn't stay in one place. It's in an orbit around the center of the Milky Way galaxy, which takes several million years for each revolution.
We're lucky that wherever the Sun goes, it drags us along, with its gravitational pull.
Gravitational force. The force from the sun is pulling the planets toward it, but the force from each planet is acting against it which causes it to orbit the sun and spin on it's axis. This is the same concept with each moon acting against it's planet.
In short, gravity. Outward pressure from the core is equal to inward pressure of gravity, which is also known as hydrostatic equilibrium.
What keeps the sun in place?
Due to the power attraction of the sun which keeps all planets and their satellites at a proper distance according to their masses.
Gravity. The gravitational pull of the sun keeps the earth close to the sun.
The sun's gravity keeps the earth and the other planets in orbit around it
Gravity on the sun is so strong it holds the eight planets, the Earth's gravity is only strong enough to hold the moon in place and stop its self from being sucked into the sun, The moon's gravity only stops its self from crashing into the earth but is not strong enough to not cause large waves sometimes. At least that's what they said in science class.
Gravity draws the planets toward the sun so that they are essentially in freefall, but their sideways motion relative to the pull of gravity causes them to miss the sun by the time they would have fallen into it.
It is 0. The sun will eventually expand into a red giant and "swallow" the earth but that is not the same as crashing into it.
Due to the power attraction of the sun which keeps all planets and their satellites at a proper distance according to their masses.
Gravity probably
You mean 'keeps in the orbit of the sun? Gravitational force of attraction keeps the earth going around the sun.
The sun's gravitational pull keeps the earth in orbit around it.
Gravity and Inertia keeps the earth in orbit
Gravity. The gravitational pull of the sun keeps the earth close to the sun.
It keeps the earth from freezing.
the sun
it doesn't the earth spins around the sun. the sun's gravity keeps us from flying aimlessly through space. and the spinning of the earth around the sun keeps us from being drawn into the sun.
Gravity keeps things together here on Earth. It keeps the Earth together in the first place, and it keeps us on Earth. It keeps the Earth in orbit around the Sun, and it keeps the Moon in orbit around Earth.
The Sun