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When a star runs out of energy, its mass is so great that the remaining energy cannot force the outer edges of a star away from its core, so the gravity causes the star to implode on itself.

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What is the role of gravity in the life cycle of a star the size of your sun?

Gravity is related to mass. The more mass there is, the greater the force of gravity. Stars form from vast clouds of hyrogen in space over many years. As the hydrogen forms together under gravity it heats up, to the point at which nuclear reactions can take place and a star is born. The more hydrogen that there is available, the larger the star.


Does gravity cause earthquakes or landslides?

Gravity itself does not directly cause earthquakes or landslides. Earthquakes are primarily caused by the movement of tectonic plates, while landslides are usually triggered by factors such as heavy rainfall, erosion, or human activities. However, gravity does play a role in both processes by influencing the movement and stability of material on Earth's surface.


What roles do forces play in the patterns and sability of the solar system?

Forces, such as gravity, play a crucial role in determining the patterns and stability of the solar system. Gravity governs the orbits of planets around the Sun, as well as interactions between celestial bodies. These forces help maintain the balance and stability of the solar system over long periods of time.


When two stars are bound together gravitational an orbit a common mass theyre know as?

When two stars are bound together by gravity and orbit a common center of mass, they are known as a binary star system. These systems can be classified as visual binaries, where the stars can be observed separately, or spectroscopic binaries, where they are too close to be distinguished visually but can be identified through their spectral lines. Binary star systems play a crucial role in understanding stellar masses and evolution.


What are the 2 driving forces of the universe?

The two driving forces of the universe are gravity and electromagnetism. Gravity is responsible for the attraction between masses, while electromagnetism governs the interactions between charged particles. These forces play a key role in shaping the structure and behavior of the cosmos.