Years How Long Does It Take For Photon To Travel From The Center Of The Sun To Earth? (Question)

It takes only eight minutes for a photon of light to travel from the surface of the Sun to the surface of the Earth. However, it can take up to 100,000 years for a particle to travel from the core of the Sun to the surface, when it bursts forth and travels at the speed of light.

How long does a photon take to escape the Sun?

It will take more than half a million years for the photon to leave the sun if you believe that photons only move 0.1 millimeters between impacts. If you believe the distance is roughly a centimeter, it will take approximately 5,000 years for the photon to go outside of the sun.

How does a photon travel through the Sun?

A fusion reaction happens at the sun’s deepest core when two atoms join forces, producing energy and light as a result of the merger. In the sun’s core, photons of light are first formed and then scattered. A “drunken stroll” occurs as a result of the photons’ long journey through space and time. They weave their way through the universe, from atom to atom, until they reach the surface.

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How long does it take a photon to make the trip through the radiative zone Why does it take so long?

Photons, which are tiny particles of light, may only travel a few millimeters before colliding with another particle in the Sun, where they are absorbed and then released again. It can take a photon as long as 50 million years to travel the whole length of the radiative zone in the universe. The convection zone is located around the perimeter of the radiative zone.

Why does it take a photon so long to reach the surface of the Sun?

This is due to the fact that the Sun’s interior is extremely opaque. Photons travel only minuscule lengths before being absorbed by atoms, which re-emit photons in a variety of directions as a result of their absorption.

How long does it take a photon of light to make it to Earth?

Light moves at the speed of light, and sunlight is no exception. Light released from the Sun’s surface must travel through the vacuum of space before reaching our eyes and for us to see it. Simply said, sunlight travels from the Sun to the Earth in an average of 8 minutes and 20 seconds, according to the International Space Station.

How fast does a photon travel?

The theory of special relativity demonstrated that light particles, known as photons, move in a vacuum at a constant speed of 670,616,629 miles per hour – a speed that is extremely difficult to reach and virtually impossible to exceed in that environment.

How old are photons from the Sun?

After applying this random walk approach to the inside of the sun and relying on an accurate model of the solar interior to arrive at a reasonable estimate for the age of sunlight, the majority of the responses fall between 10,000 and 170,000 years.

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How does a photon reach Earth?

A photon is a subatomic particle that is made up of electromagnetic energy that exists in the universe. Photons are absorbed by gas molecules, which then reemit them in an instant. During the re-emission of photons, they are scattered throughout the interior of the Earth’s atmosphere in a random manner, with the bulk of them flying toward the planet’s surface.

How a photon is created?

The production of a photon occurs whenever an electron in a higher-than-normal orbit returns to its normal orbit after being in that higher orbit. After losing its high energy, the electron exhales a photon, which is a packet of energy with extremely precise properties, as it falls to its usual energy level. When a sodium vapor lamp is used, it energizes sodium atoms, causing them to emit photons.

Does Sun emit photons?

The Sun generates its energy through nuclear fusion, which occurs as a result of the pressure and warmth that exist within his massive heart. The energy created by nuclear fusion is transported from the center of the Sun to the surface of the Earth via light particles and heat, collectively termed photons.

What is the Sun really made up if not gas?

Each hue represents a different amount of energy in the form of light, with blue light having approximately one-third more energy than red light. If you look attentively, you will notice certain black bands, or narrow lines, where the light is considerably fainter than the rest. This is due to the fact that part of the light emitted by the sun was absorbed by atoms in the sun’s atmosphere (such as hydrogen and helium).

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How fast does a photon travel in the Sun?

A proton is the positively charged nucleus of the hydrogen atom, and it is the smallest of the elements. These protons are occasionally emitted during (typically) intense solar flares, for reasons that solar physicists are still trying to comprehend properly. The particles move at extremely high speeds (up to several thousand kilometers per second!) and may cover the distance between the Sun and the Earth in a couple of hours.

How far does a photon travel?

The photon (or the beam of photons, actually there isn’t much of a difference) has the potential to go an endless distance while maintaining a constant speed of c throughout. Due to the fact that photons contain energy, E=hv, energy conservation dictates that the photon can only be destroyed by contact (e.g., absorption in an atom).

Why does it take 20000 years for light to reach the surface of the Sun from its core but just 8 minutes to reach the surface of the Earth?

You are aware that photons are produced by fusion processes occurring within the Sun. According to current estimates, it takes 20,000 years for a photon to travel from the sun’s core to its surface. Once they have departed the surface of the Earth, it only takes 8 minutes for those photons to travel the huge distance between the Sun and the surface of the Earth.

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