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Something g

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Something

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I have... You don't own the universe paddy

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Winning

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We live in a wonderful world!

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Further than you paddy

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Something

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hello Sun

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Yay!!! It works

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The sun will spend most of its life in Main Sequence stage

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The HertzSpeung diagram shows that over 90% os stars are in the main sequence

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One million earths can fit inside the sun

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Dust and gas aren't evenly distributed throughout space

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A star is "born" when nuclear fusion occurs in the core and at this point, regardless of mass, it is considered a main sequence star. This is the stage in which a majority of the star's life is lived, and the stage our sun is in. Main sequence stars become Red Giant stars once the star has used all of the hydrogen in its core.

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I luv stars

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Most of the stars observed at a particular time are normally in the main sequence stage because it is where stars spend most of their life time.

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Stars will spend majority of their life cycle in the main sequence as they fuse hydrogen to helium in their core.

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94% of all stars are located in the main sequenze of the Hertzsprung-Russel graph

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When the mass of the star is 40, the name of the final stage is the Blackhole.

When the mass of the star is 20, the name of the final stage is the Neutrin

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If a start is close to 400 times bigger than the sun, it will be doomed to supernova, no t white dwarf.

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The red giants are considered outliers in the Hertzspring-Russell diagram due to having high luminosity and low temperature

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Lower mass stars start as a cooler and dull star while higher mass stars start as a bright and hot star.

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One million Earths could fit inside the Sun

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The temperature inside the sun can reach 15 million degrees celsius.

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It has been estimated that the sun has been turning hydrogen into helium for about five billion years. It is very stable and will probably stay as we now see it for another five billion years Extreme conditions are needed for fusion to take place. The temperature of the sun’s core is thought to be about 15 000 000 ˚C, and the pressure there is equivalent to 2.2 x1011 times the normal atmospheric pressure on the surface of the Earth. Under these conditions, matter breaks down. Electrons are stripped from the atoms to form positive nuclei. The very high concentration of nuclei and their energetic movements produce violent collisions, leading to fusion reactions and an outpouring of energy.

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A nebula is a collection of dust and gas.

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Every second 700000000 tonnes of hydrogen is converted to helium and energy which then takes 100 000 years to get to the surface as light

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The name 'planet' means 'wanderer', as they are named after the way they appear to wander about amongst the fixed constellations.

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The bigger the mass of a star is, the shorter it's life span will be. Our sun lasts around 8992 million years in its main sequence where's a star that is 40 times bigger than our sun only lasts 8 million years in main sequence because it is much older.

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The Sun is at it's brightest when it is a red giant. When it's a white dwarf, it'll be at it's hottest and the Sun's total lifetime will be 12000000 million years.

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The stages that a star goes through depends on its mass. A star with a large mass could end as a supernova or a black hole, while a star with a small mass could end as a white dwarf

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a star starts its life cycle in the main sequence. Only very few leave the main sequence. The 3 main stages of a star's life are:

1. Main sequence

2. Red Giant

3. White dwarf

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I always thought they were balls of gas, burning billions of miles away...

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• It take 7 minutes for light from the sun to reach the Earth. It also takes 6 months for light from the sun to reach Saturn.

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Light years are the measure of distance used in space

A constellation is an arrangement of stars that appear to have a fixed position

An object closer to us appears to move faster than one that is further away - this is called the parallax effect.

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•Proxima Centauri is the closest star to is. It is approximately 4.24 light years away fromour current position

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Parallax is defined as the effect whereby the position or direction of an object appears to differ when viewed from different positions.

Galaxies are a group of stars whereas a nebulae are clouds of gas and dust

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• 1 light year is 9,500,000,000,000km (9.5x10^12km

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Many constellations, planets, galaxies and nebulae

are named after Greek and roman mythical characters.

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Proxima Centauri is a red dwarf roughly 4.24 light years away.

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Telescopes allow to see further into space and see galaxies and nebulae

Objects that are further away appear to move slower than objects that appear larger to us that are closer (Parallax)

Light years are a measure of distance in space not time. A light year is the distance that light travels in a year

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- Proxima Centauri is the closest star to the sun, it's 4.24 light years away

- constellations are groups of stars forming a recognizable pattern

- light moves at 300 000 km/second

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-Constellations appear to take on a fixed position.

-Technology noticed that major stars were no longer in a fixed position.

-light moves at 300 000km/s

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Constellations are a group of stars forming in a recognizable pattern and appear to be in a fixed position.

Stars are born in a nebulae (cloud of dust and gas)

Light takes seven minutes to reach earth from the sun.

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Prior to innovation in regards with new technology i.e telescopes the collective science body believed that the universe was in a 'fixed position'- ergo that celestial objects like stars revolved around the Earth.

Nebulae are clouds of gas and dust

Light years measure distance not time

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An object appears to move faster than an object further away to the observer (parallax)

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-A constellation is a group of stars that create a cool pattern that we can recognise, appearing to have a fixed position.

- Light years measure distance and Proxima Centauri is 4.24 light years away (closest star to our sun)

- Parallax is the apparent movement of objects, depending on the distance of the observer

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- Constellations are groups of stars forming a recognisable pattern

- A Parallax is when an object closer to us appears to move faster than

an object further away.

- Proxima Centauri is the closest star to our sun, it is 4.24 light years away.

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Telescopes show objects more clearly such as galaxies, clusters and nebulae

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It takes 6 months for light to reach Saturn, so when we see Saturn in the sky, we are seeing an older version of it.

Light years are a measure of distance and not time. It is the distance light travels in a year, which is 9.5 x 10^12 km.

The closest star to us is Proxima Centauri which is 4.24 light years away. That means it takes 4.24 years for light to reach the Proxima Centauri.

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Astrologists noticed that major stars were in different positions than previously recorded.

Stars aren't in the fixed positions that they appear to be in

Stars are born in nebulae, where gravity causes gas and dust to clump and eventually form.

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Constellations are a group of stars that form a pattern...the big dipper is the only constellation that can be seen everywhere

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Light years are measured in distance not time

Objects closer appears to move move faster the a object further away

Nearest star is 4.24 light years away

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When we look at a far away stars we are looking into the past

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Adam D'Ascenzo @ Da King (Charles 4 Life)

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Adam D'Ascenzo @ Da King (Charles 4 Life)

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-Light years is a measure of distance not time.

-Parallax: Apparent movement of close stars against the background of distant stars when viewed from different positions around the Earth's orbit

-Constellations: Bodies of stars forming a recognisable pattern.

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Galaxies are groups of stars

Constellations are appeared to take a fixed position

Light years is measured in distance not time

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In one year, light travels 9.5x10^12km.

It takes 7 mins for light from the sun to reach earth.

If we were to view Earth from Saturn, we would see six months into the past.

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-Constellations are a group of stars forming a recognisable pattern, which appear to have a fixed position

-As the earth orbits the sun, the positions of stars change very slightly relative to each other. If all the stars were the same distance from the Earth, this would not happen
-Observations of a stellar parallax effect indicate that some stars are relatively close to us while others are much further away

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It takes 7 minutes for light from our Sun to reach Earth.

If there was an Earth like planet near the star Proxima Centauri and they looked at Earth through atelescope, they would see Dinosaurs.

The Parallax effect proves that object from further away appear to move slower than objects that are closer.

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Light years measure distance not time, approx one light year equals 9.5 trillion kilometres