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For centuries cultures around the world have divided 

the night sky into different constellations and have 

made up stories about the creatures and characters 

they saw. The Greeks and Romans named their 

constellations after the gods and heroes in their 

mythology. 

Other cultures, such as Chinese, Middle Eastern, and 

Native American, view the evening sky differently. In 

1929, the International Astronomical Union divided 

the stars into 88 official constellations that are used 

by astronomers today. Most of these constellations 

come from the Greek and Roman view of the sky. 

For example, Pegasus is a flying horse from Greek 

mythology. 
The chart below lists constellations that are on this 

model’s star dome. Note: Southern Hemisphere 

constellations are not included.

Northern Hemisphere Constellations

What Do You See?

Study the constellations projected on the wall or 

ceiling. Do you think they resemble the names they’ve 

been given? Choose a few of the constellations and 

note what figure or object you see. Perhaps in Ursa 

Major you see a person waving hello instead of a great 

bear. Possibly Ursa Minor looks more like a wheel 

barrow than a little bear. Or maybe you see a horse 

instead of a lion in Leo. See what shapes and other 

figures you can find among the stars! 

5

 Andromeda (Andromeda)
 Aquila (Eagle)
 Aries (Ram)
 Auriga (Charioteer)
 Boötes (Herdsman)
 Camelopardalis (Giraffe)
 Cancer (Crab)
 Canes Venatici (Hunting Dogs)
 Canis Minor (Little Dog)
 Cassiopeia (Cassiopeia)
 Cepheus (King)
 Cetus (Sea Monster)
 Coma Berenices (Bernice’s Hair)

 Corona Borealis (Northern Crown)
 Cygnus (Swan)
 Delphinus (Dolphin)
 Draco (Dragon)
 Equuleus (Little Horse)
 Gemini (Twins)
 Hercules (Hercules)
 Hydra (Female Water Snake)
 Lacerta (Lizard)
 Leo (Lion)
 Leo Minor (Little Lion)
 Lynx (Lynx)
 Lyra (Lyre)

 Ophiuchus (Serpent Bearer)
 Orion (Orion/hunter)
 Pegasus (Winged Horse)
 Perseus (Hero)
 Pisces (Fish)
 Polaris (North Star)*
 Sagitta (Arrow)
 Serpens (Serpent)
 Taurus (Bull)
 Triangulum (Triangle)
 Ursa Major (Great Bear)
 Ursa Minor (Little Bear)
 Virgo (Maiden)

*not a constellation

Ursa Minor

4

Solar System Fun Facts

• 

 All of the outer planets have rings, with Saturn having the biggest and brightest. Saturn’s 

spectacular rings are made of billions of bits of ice and rock.

• 

Uranus actually spins on its side. It is often nicknamed the “sideways planet.”

• 

 Beyond Neptune there is a ring of hundreds of thousands of small, icy objects orbiting the 

sun. This disk-shaped ring is called the Kuiper (“KI-per”) Belt. There are also many comets in 

this region—scientists estimate there are a trillion or more.

• 

 Pluto and its moon, Charon, are part of the Kuiper Belt. Pluto was discovered in 1930, and 

for 76 years it was considered the ninth planet. It was the smallest planet in the solar 

system, only half the width of the United States and even smaller than Earth’s moon. In 

2006, astronomers agreed that Pluto should be called a dwarf planet instead because of 

its size and unusual orbit. Since its discovery, Pluto has gone only about a third of the way 

around the sun. It won’t be until the year 2178 that one Plutonian year has gone by!

• 

 The sun is huge compared to the planets. Compared to other stars in the universe, 

however, the sun is only average in size.

• 

 The sun is the closest star to Earth. Our next closest star is in a star system called Alpha 

Centauri. The three stars in this system are so far from Earth that if you imagine our sun as 

a grapefruit (as in this model), they would be about 2500 miles (4000 km) away—about the 

distance across the United States from coast to coast!

The Star Dome 

Here’s another way to explore space: create your own planetarium! The star dome converts the 
solar system model into a planetarium projector.

1. 

Take off the top half of the sun sphere. Put the star dome 

in its place. Make sure the tab on the edge of the star dome 

fits into the notch on the lower half of the 

sun sphere.

2. 

The projected image will look best in a darkened room. If 

you can, turn off the lights and close the curtains.

3. 

Switch on the light at the base of the tower. Stars and 

constellation outlines will be projected onto the walls and 

ceiling of the room. The farther light travels before hitting a 

surface, the bigger the image 

will appear. Try moving the tower closer to and farther from 

the walls or ceiling to get the 

best image.

Constellations – Pictures in the Sky

On a clear, moonless night, you may be able to see thousands of stars. Since ancient times, 
people have noticed patterns in the stars. A constellation is a group of stars that form a pattern 
as seen from Earth. Breaking up the thousands of stars visible on a dark night into constellations 
helps people easily find and remember the names and locations of stars. 

Summary of Contents for ESP 5287-UK

Page 1: ...Guide Motorised Solar System Guide ESP 5287 UK AGES 8 ...

Page 2: ...position in relation to the sun The shortest rod has Mercury the closest planet to the sun Insert this rod into the top ring of the central tower The next shortest rod has Venus Insert the rod with Venus into the second ring from the top Continue in this way until you have attached all rods with planets to the tower Notice that there is a tiny sphere attached to Earth that is the moon 3 You are no...

Page 3: ... solar system without any moons at all Who are we I am the hottest planet My surface temperatures are so hot that metals like lead would turn into puddles Who am I 2 The Solar System Model Turn on the model and dim the room lights You ll be able to see the sun s light shining on the planets better in a darkened room The support rods and tower will also blend into the background Solar System Basics...

Page 4: ... It is often nicknamed the sideways planet Beyond Neptune there is a ring of hundreds of thousands of small icy objects orbiting the sun This disk shaped ring is called the Kuiper KI per Belt There are also many comets in this region scientists estimate there are a trillion or more Pluto and its moon Charon are part of the Kuiper Belt Pluto was discovered in 1930 and for 76 years it was considered...

Page 5: ... the solar system Remove rechargeable batteries from the toy before charging To prevent battery corrosion it is recommended that the batteries 6 If You Have a Classroom or Large Group of Kids Model Planetary Motion Have students act out the movement of the solar system This activity works best outdoors in a paved area with plenty of space Before the activity make nine signs one for the sun and one...

Page 6: ...C Júpiter 5th 484 000 000 mi 778 000 000 km 88 881 mi 139 822 km 11 8 Años terrestres 8 mi seg 13 km seg 10 horas hidrógeno helio 67 234 ºF 148 ºC Saturno 6th 886 000 000 mi 1 427 000 000 km 72 367 mi 116 464 km 29 5 Años terrestres 6 mi seg 10 km seg 11 horas hidrógeno helio 62 288 ºF 178 ºC Urano 7th 1 784 000 000 mi 2 871 000 000 km 31 518 mi 50 724 km 84 Años terrestres 4 mi seg 7 km seg 17 ho...

Page 7: ...etas somos Somos los dos únicos planetas del sistema solar que no tienen ninguna luna Quién somos Soy el planeta más caliente Las temperaturas de mi superficie son tan altas que metales como el plomo se convertirían en charcos Quién soy Venus Venus Jupiter Mercurio y Venus Urano y Neptuno Adivinanzas sobre los planetas Usa el gráfico de características planetarias para ayudarte a resolver estas ad...

Page 8: ...ystem 12 Si tienes una clase o un grupo grande de niños Representar el movimiento de los planetas Haz que los alumnos representen el movimiento del sistema solar Esta actividad funciona mejor al aire libre en una zona pavimentada con mucho espacio Antes de la actividad tienes que hacer nueve letreros uno para el sol y uno para cada planeta En una tarjeta grande o una hoja de papel escribe el nombr...

Page 9: ...687 Jours terrestres 1 88 Années terrestres 15 mi secondes 24 km secondes 25 heures doxyde de carbone azote argon 2 225 to 70 ºF 153 to 20 ºC Jupiter 5th 484 000 000 mi 778 000 000 km 88 881 mi 139 822 km 11 8 Années terrestres 8 mi secondes 13 km secondes 10 heures hydrogène hélium 67 234 ºF 148 ºC Saturne 6th 886 000 000 mi 1 427 000 000 km 72 367 mi 116 464 km 29 5 Années terrestres 6 mi second...

Page 10: ...oches Uranus tourne sur son côté Elle est souvent surnommée la planète couchée Au delà de Neptune se trouve un anneau composé de centaines de milliers de petits objets glacés en orbite autour du soleil Cet anneau en forme de disque s appelle la ceinture de Kuiper Il y a également de nombreuses comètes dans cette région Les scientifiques estiment leur nombre à un trillion ou plus Pluton et sa lune ...

Page 11: ... gov https airandspace si edu exhibitions exploring the planets online https solarsystem nasa gov planets solarsystem Pour une classe ou un grand groupe d enfants Imitation du mouvement planétaire Demandez aux élèves de reproduire le mouvement du système solaire Cette activité est idéale en plein air dans une zone pavée avec un grand espace libre Avant l activité faites neuf panneaux un pour le so...

Page 12: ... schwierig darstellen In Wirklichkeit sind die Planeten im Vergleich zur zwischen ihnen liegenden Entfernung sehr klein Nehmen wir zum Beispiel an unser Neptun Modell sollte in der relativ gesehen echten Entfernung zur Sonne dargestellt werden diese wäre bei maßstabsgerechter Darstellung eine ziemlich große Kugel und hätte einen Durchmesser von etwa 71 cm was der ungefähren Größe eines Fahrradreif...

Page 13: ...n haben verschiedene Kulturen den nächtlichen Sternenhimmel in unterschiedliche Konstellationen eingeteilt und sich zu den daraus entstehenden Wesen und Figuren Geschichten ausgedacht Die Griechen und die Römer benannten ihre Sternbilder nach den Göttern und Helden ihrer Mythologien Andere Kulturen wie beispielsweise die Chinesen die Menschen in Nahost und die Indianer haben wieder andere Dinge am...

Page 14: ...ren Planeten dass sie sich langsam um sich selbst drehen müssen weil ihnen sonst schwindelig wird und sie aus der Umlaufbahn geworfen werden In Wirklichkeit drehen sich Planeten immerfort doch lassen Sie Ihren Planeten Zeit zum Ausruhen falls ihnen schwindelig wird Relative Entfernungen im Modell Diese Aktivität mit der Veranschaulichung der Entfernungen zwischen den Planeten im Modell soll Schüle...

Page 15: ...anz weit weg ist Weiterführende Informationen über das Sonnensystem Batterien einsetzen 1 Öffnen Sie mit einem Schraubenzieher vorsichtig das Batteriefach an der Unterseite des Standfußes 2 Setzen Sie 4 AA Batterien ein siehe Abbildung Beim Einsetzen der Batterien auf die richtige Ausrichtung der Pole achten Nur Batterien desselben oder eines geeigneten Typs verwenden Es sollten bevorzugt Alkali B...

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