Learning Resources LER 2434 - Manual

Learning Resources LER 2434

Learning Resources LER 2434 – Manual, read for free online in PDF format. We hope this helps you resolve any issues you may have. If you have further questions, please contact us through the contact form.

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Average Distance

Approximate

Approximate Volume

Number of

Planet Type

Rings

from the Sun

Diameter

(Compared to Earth)

Known Moons

(as of 2009)

Sun

n/a

1,392,000 km

About 1,300,000 times

(864,000 miles)

greater than Earth's

n/a

n/a

n/a

Inner Planets

Mercury

5.79 million km

4,879 km

(35 million miles)

(3,032 miles)

About 6% of Earth's

0

Rocky/Terrestrial

No

Venus

108 million km

12,104 km

(67 million miles)

(7,521 miles)

About 86% of Earth's

0

Rocky/Terrestrial

No

Earth

149 million km

12,756 km

1.08 x 1012 km3

(93 million miles)

(7,926 miles)

(261 billion cubic miles)

1

Rocky/Terrestrial

No

Mars

227 million km

6,792 km

(141 million miles)

(4,222 miles)

About 15% of Earth's

2

Rocky/Terrestrial

No

Outer Planets

Jupiter

778 million km

142,984 km

About 1,316 times

(483 million miles) (88,846 miles)

greater than Earth's

63

Mostly Gas

Yes

Saturn

1.4 trillion km

120,536 km

About 752 times

(886 million miles) (72,367 miles)

greater than Earth's

60

Mostly Gas

Yes

Uranus

2.8 trillion km

51,118 km

About 67 times

(1.78 trillion miles) (31,518 miles)

greater than Earth's

27

Mostly Gas

Yes

Neptune

4.5 trillion km

49,528 km

About 54 times

(2.79 trillion miles) (30,601 miles)

greater than Earth's

13

Mostly Gas

Yes

Pluto

5.9 trillion km

2,390 km

Less than 1%

(Dwarf Planet) (3.67 trillion miles)

(1,491 miles)

of Earth's

3

Mostly Gas & Ice

No

Key Vocabulary

Asteroid

large space rock covered with craters; most asteroids orbit the

sun in the asteroid "belt" located between Mars and Jupiter; asteroids
can be as small as a few hundred meter wide to as big as 965 km
(600 miles) wide

dwarf planet

object orbiting the sun that is big and heavy enough to

resemble a planet, but not quite big enough to have its own clear orbit
around the sun; Pluto is a dwarf planet

galaxy

grouping of billions of stars held together by gravity whose shapes

include spiral, elliptical, and irregular; our solar system is part of the spiral-
shaped Milky Way Galaxy

gas planet

sometimes called a Jovian, or giant, planet, which is made of

mostly gas and lacks a clearly defined surface; includes Jupiter, Saturn,
Neptune, and Uranus

inner planets

the first four planets that orbit the sun before the asteroid

belt; includes Mercury, Venus, Earth, and Mars

moon

a natural satellite orbiting a planet

orbit

elliptical path followed by planets and other space objects as they

revolve around other objects of greater gravity, like the sun

outer planets

the five planets that orbit the sun outside the asteroid belt;

includes Jupiter, Saturn, Neptune, Uranus, and Pluto (dwarf planet)

rocky planet

solid-surfaced planet that is also called a terrestrial planet;

includes Mercury, Venus, Earth, and Mars

solar system

consists of a star and all the objects orbiting that start along

with any other material contained in the system; our solar system includes
the sun, its eight planets, their moons, and all the other celestial bodies and
materials that orbit the sun, including dwarf planets, comets, and asteroids

star

stars are giant burning ball of hydrogen and helium gas that give off

both light and heat; red and orange stars are cooler than the hotter white
or blue colored stars; the sun, although large to everyone on Earth, is
considered to be an average star in size (about 1,392,000 km or 864,000
miles across).

Turn your whiteboard into an out-of-this-world adventure with this colorful
set of magnets. Go beyond decoration and use the magnets for discussion
and sorting activities such as planet order, size, planet type, and more!

Care Instructions

Write on magnets with a dry or wet-erase marker for multiple uses. Test
your marker on the corner of a magnet to make sure marks erase. Erase
wet-erase marks with a damp cloth. Do not saturate the magnet. Too much
water will damage the product. Do not bend the magnets as this will
decrease their magnetism.

Solar System Facts

2

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