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Que passaría si hi haguessin dues llunes?  

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Que passaría si hi haguessin dues llunes?  

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Dani, Maria, Raul, Isaac

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Que es cada planeta i el seu significat?

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Que es cada planeta i el seu significat?

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iris,ainara,patricia,robert

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grup: Brenda , Júlia , fran, Jan

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Iris,Jennyfer

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Rucha , Toni , Didac

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Rucha , Toni , DÍDAC

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Com es van crear la Terra i els planetes?

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Com es van crear la Terra i els planetes?

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Ainara,Patri, Robert i Omar

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Hola nens i nenes! Avui us parlarem dels planetes, que de ben segur ja coneixeu. Sabríeu dir el nom de tots els planetes del sistema solar?

Molt bé! La Terra gira al voltant del Sol, l'estrella més gran del nostre sistema planetari, i amb ella hi ha 7 planetes més: Mercuri, Venus, Mart, Júpiter, Saturn, Urà i Neptú.
Què és un planeta?
Un planeta és un astre sense llum pròpia que té forma esfèrica i que dóna voltes al voltant del Sol. Les estrelles són els únics cossos de l'univers que emeten llum.

Al llarg dels anys s'han anat descobrint planetes que formen part d'altres sistemes, a aquests planetes se'ls coneix com extrasolars, ja que no orbiten al voltant del nostre Sol.
El sistema solar
El nostre sistema solar està format per vuit planetes que estan ordenats (de més a prop a més lluny del Sol) de la següent manera:

Mercuri: és un planeta més petit que la Terra però més gran que la Lluna, és el segon planeta més petit del Sistema Solar. Està ple de cràters pels impactes dels meteorits i tot i estar molt proper al Sol, és un planeta força fred.

Venus: és el segon planeta del Sistema Solar. Venus gira molt lentament i ho fa en sentit contrari que la resta de planetes. Un dia a Venus, dura més que tot un any de la Terra.

La Terra: el nostre planeta. Es diferencia de la resta, ja que és l'únic planeta on s'hi pot viure. És el tercer planeta del Sistema Solar.

Mart: és el quart planeta del Sistema Solar. També se'l coneix com el Planeta Vermell pels seus colors.

Júpiter: és el cinquè planeta del Sistema Solar i el més gran de tots. Té una taca vermella molt característica vermellosos.

Saturn: és el sisè planeta del Sistema Solar, el segon més gran després de Júpiter. Aquest planeta és molt vistós gràcies a les anelles que el rodegen.

Urà: és el setè planeta del Sistema Solar. Va ser el primer planeta que es va descobrir fent servir un telescopi l'any 1781.

Neptú: és el planeta més allunyat del Sol. És el planeta més dinàmic, allà vent hi bufa molt fort.
Les galàxies
Les galàxies estan formades per moolts astres com estrelles, planetes i satèl·lits. Quan una gran quantitat d'estrelles està agrupada s'anomena galàxia. L'espai està format per milions de galàxies i la nostra, es diu Via Làctia.

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Compartir per WhatsAppHola nens i nenes! Avui us parlarem dels planetes, que de ben segur ja coneixeu. Sabríeu dir el nom de tots els planetes del sistema solar? Molt bé! La Terra gira al voltant del Sol, l'estrella més gran del nostre sistema planetari, i...

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Podriem saber quants sistemes solars hi ha en tota la galaxia?

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Podriem saber quants sistemes solars hi ha en tota la galaxia?

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Brenda, Júlia, Fran, Jan

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Com es van extingir els dinosaures d'europa si el meteorit va caura a mèxic?

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Com es van extingir els dinosaures d'europa si el meteorit va caura a mèxic?

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Jordi fernández, Bernat, Ivet i Paula

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Meritxell, Alex, Angel, Matías, Yraya.

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Utilizamos cookies para facilitar y mejorar la navegación. Si continúas navegando consideramos que aceptas su uso. Más información

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10 curiosidades sobre las galaxias - Colisión con la galaxia Andrómeda

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Com s'ha esvrinat  la col-locació dels planetes?

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Com s'ha esvrinat  la col-locació dels planetes?

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Grup: Iria,Xènia,Edgar,Ariadna.c

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Mauro, Raquel, Nerea Cuadros i Malena.

LA NOSTRE PREGUNTA:
Poden haver eclipsis a altres planetes?

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Krishna.org - Real Krishna Consciousness

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According to Vedic Astronomy, the most ancient and accurate system of astronomy on the planet, solar eclipses are not caused by the Moon coming in front of the Sun as astronomers believe. Rather the Moon is described as being further away than the Sun and what happens at the time of a solar eclipse is the Moon goes behind the Sun and a dark planet call Rahu comes between the Sun and the Earth.

Of course, because we have been conditioned to believe as fact the structure of the universe as it has been taught to us since childhood we find it very difficult to accept such a thing. But it only requires a little thought to see that actually the 'modern' scientific idea is incompatible with our observations and the timeless Vedic knowledge is compatible with our observations.

Look at the moon on a full-moon night. It is shining so brightly that it lights up the whole surface of the Earth. On a full moon night you can very clearly see everything. Of course it is not as bright as the sunshine, but everything is very clearly visible. And if you were to view the earth from space on a full moon night it would not be dark. It would be illuminated by the moonshine and all the features of the earth would be clearly visible.

As there is 'moonshine' there must also be 'earthshine'. Much of the earth is covered by water which is a good reflector of sunlight. In fact the scientists say 'earthshine' is much brighter than 'moonshine'. And according to our understanding the earth is enormous in comparison to the size of the moon. So if the moonshine can completely illuminate this earth on a full moon night then the earthshine can completely illuminate the moon.

The 'earthshine' bombarding the moon at the time of a total solar eclipse would be at almost fifty times brighter than the moonshine on the earth on a full moon night.

If Western astronomers are correct the solar eclipse would be the prefect time to see the moon illuminated by earthshine. The shadow created which causes the solar eclipse on earth is, according to NASA, at most 167 miles wide. So if you were sitting on the moon during a solar eclipse you would see an extremely bright earth planet with a dark circle of only 167 miles wide. This is not enough to diminish the earthshine in any significant way. So even though the sun is behind the moon, the full force of the sunshine is hitting the earth and reflecting off those shiny blue oceans and reflecting off the land also. So the moon is completely illuminated by earthshine, even though the sun is directly behind it.

Now if Western astronomers were correct, if you were in that 167 mile wide path of the total eclipse of the sun when the sun was completely covered you would of course see the sky become black and then you could see the stars. But if the sun was covered by the moon you would be able to see the moon quite clearly, in front of the sun, illuminated by the 'earthshine'. Of course it would not be as bright as the full moon, but the earthshine would certainly illuminate the surface of the moon so we could clearly see it and clearly make out the features on the moon's surface.

But this does not happen... During a solar eclipse the sun goes completely black and even though the sunlight is blocked out and the sky goes black one can not detect the moon at all. It is just black. No moon. Of course we should be able to see the features on the moon as it is being bathed in brilliant earthshine... The sun should disappear and we should see the stars and in the place of the sun we should see the moon, illuminated by the earthshine. But we don't see this.

So what does that mean? It means it is not the moon causing the solar eclipses. We know from the Vedas that what causes solar eclipses is a dark planet, currently unknown in the Western world, which hides in the shadow of the moon. Rahu is relatively close to us, around about the same distance as we think the moon is, but it is completely black, it does not reflect light at all. So even though there is plenty of earthshine falling on Rahu, because it is a black planet none of that light will be reflected back so we will see the sun simply blacked out in the sky on a full eclipse. Which is what we do see.

So this is absolute proof that the assumption of Western astronomers that solar eclipses are caused by the moon coming between the earth and the sun is wrong. Because if that was the case we would be able to see the moon during the full eclipse of the sun as it would be bathed in bright earthshine....

Chant Hare Krishna and be happy!

Madhudvisa dasa

Earth Viewed from Moon During Eclipse

The Lunar Reconnaissance Orbiter turned toward Earth in May 2012 to capture a total solar eclipse over Alaska.

About the Author

Madhudvisa dasa My first contact with a Hare Krishna was a most merciful Mataji in Oxford Street, London who sold me a "Higher Taste" cook book in 1984 while I was on holidays there. I started seriously reading Srila Prabhupada's books in Australia 1985 and by 1986 Srila Prabhupada had convinced me "Krishna is the Supreme Personality of Godhead" and "we should surrender to Krishna."I joined the Hare Krishnas in Perth, Western Australia in 1986. Since then I have been chanting Hare Krishna, Hare Krishna, Krishna Krishna, Hare Hare/ Hare Rama, Hare Rama, Rama Rama, Hare Hare, reading and distributing Srila Prabhupada's books and preaching as much as I can.That's my life and full-time occupation now really. I like it more than anything I've ever experienced before. Srila Prabhupada's books are so amazing... Even after reading them all many times they're still fresh and new. They are truly transcendental!That's it really. Now I'm just hankering to once again see the world chant Hare Krishna, dance and feast and float away in the ecstasy of Lord Caitanya's Sankirtana movement as it did in Srila Prabhupada's physical presence. Let the whole world drown in the ecstatic flood of love of Krishna!

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Solar Eclipses are not Caused by the Moon

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According to Vedic Astronomy, the most ancient and accurate system of astronomy on the planet, solar eclipses are not caused by the Moon coming in front of the Sun as astronomers believe.

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Els estels tenen forma de estels?Juan Carlos, Nico, Nerea, Maria

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Com es va crear l'univers?
Hufflepuff: Edic, Abril, Judith i Eloi

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Que passaria si un meteorit caigues al mar?

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Que passaria si un meteorit caigues al mar?

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Hufflepluff: Jordi, Derek, Arnau, Kènia

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Hufflepuff 2nd ESO
Pau, Brad i Núria

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Hufflepuff: Maria, Oscar i Nil

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Que passaria si es tranques l'atmosfera.

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Que passaria si es tranques l'atmosfera.

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Hufflepuff: Bet,Adam i Brian.

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Si agues-in extraterrestres ,on podrien viure?

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Si agues-in extraterrestres ,on podrien viure?

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Alba,Lucia,Nerea,Albi

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Júlia, Brenda, Fran, Jan
ravenclaw 2n

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Zaira,Mario,Naiara,Adrian

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Carla ,Celia, Xav,i Joan.

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grup

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Nil.G, Thalía, Toni, Nicol

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Albert, Ariadna, Dessy, Aidan

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Feu la vostra intervenció seguint el model:

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Feu la vostra intervenció seguint el model:

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NOM DEL GRUP i GRUP CLASSE