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The force that holds the sun together is gravity. Gravity is the force of attraction between all objects with mass, and it keeps the sun's mass from expanding outward. This gravitational force is what keeps the sun's core hot and dense enough for nuclear fusion to occur, which is what powers the sun's energy output.
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What holds the sun together during nuclear reaction?
The sun is held together by its own gravitational force, which is balanced by the outward pressure generated by the nuclear fusion reactions happening in its core. The intense heat and pressure from these reactions create an equilibrium that sustains the sun's size and stability.
What is the force of attraction in the universe is?
It is gravity.
What is a force that pulls together?
well not sure what your asking for but i take it your talking about the 4 fundamental. of them, 3 of them do, but I'm pretty sure your only talking about the first two gravitational interaction, which is an attractive force between all objects due to the objects masses electromagnetic interaction, which is an elecrtric or magnetic force that push or pulls, this force holds together atoms and molecules. the third is strong force, but this is at a nucleus level and holds protons and nuetrons together
What are three examples of distant forces?
Electromagnetic force: the force exerted by electrically charged particles, such as between protons and electrons. Gravitational force: the force of attraction between two masses, such as the force that keeps planets in orbit around the sun. Nuclear force: the force that holds the protons and neutrons together in an atomic nucleus.
What is understand nuclear force What role does it play in daily life?
The nuclear force is a strong force that holds the protons and neutrons together in an atomic nucleus. Without this force, the nucleus would not be stable. In daily life, nuclear force plays a crucial role in nuclear power plants by facilitating nuclear reactions that generate electricity. It is also responsible for the energy produced by the sun and other stars.
What force holds the sun together?
The sun is just a huge ball of hydrogen and helium. The heat created on the sun is from billions of hydrogen atoms smelting together to helium atoms. All these atoms are held together by the gravity.
What force most affects the path around the sun?
The Sun's gravity holds the solar system together.
Why are planets situated at different distance from the sun?
Because they are spread out naturally and there is no natural mechanism to make them cluster together because the Sun's gravity holds them in their own orbits.
What force holds inner planets tightly to the sun?
Gravity :) (Gravity also holds the outer planets tightly to the Sun.)
What force holds inner planets tighter to the sun?
Gravity.
What is it considered the glue that holds your solar system together?
Gravity is considered the glue that holds a solar system together. It is the force of attraction between objects with mass, like the sun and the planets, that keeps them in orbit around each other. This gravitational force maintains the structure and stability of the solar system.
How does the sun stay together?
Gravity! Gravity is what holds everything in the universe together.
Which force holds Earth in its orbit?
The mutual force of gravitational attraction between the sun and the earth.
What from the sun holds the planets in orbit?
The Sun AND its planets attract each other with gravitic force.
What holds the sun together during nuclear reaction?
The sun is held together by its own gravitational force, which is balanced by the outward pressure generated by the nuclear fusion reactions happening in its core. The intense heat and pressure from these reactions create an equilibrium that sustains the sun's size and stability.
What is the force of attraction in the universe is?
It is gravity.
What forces act to hold a planet in orbit around the sun?
The gravitational force between the planet and the sun is what holds the planet in orbit around the sun. This force keeps the planet moving in a curved path around the sun, in balance with the planet's inertia.
