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Comparing the Earth, the Sun, and the Moon
How do the Sun, the Earth, and the
Moon Compare?
At the center of our solar system is
the sun, a medium-sized yellow star.
Some stars in the universe are much larger
than the sun; others are smaller. Our sun
and its solar system are part of the Milky
Way galaxy, which contains billions of
other stars.
Solar Flare

Sunspots

The sun is composed mostly of
hydrogen and helium gases. These
extremely hot gases produce the energy
that reaches Earth through space. Without
energy from the sun, life on Earth would
not be possible.
The sun’s surface changes over time.
Sunspots are dark spots that appear on the
sun’s surface. They look dark because
they are cooler than the rest of the surface.
Solar flares are violent bursts of energy
from the sun’s surface. They send out
streams of particles that can interact with
particles in Earth’s upper atmosphere,
creating spectacular light shows called
auroras.
Earth and the moon are alike in many
ways and differ in many others. The
moon’s surface is covered with plains,
mountain ranges, valleys, and craters.

Craters are formed when objects from
space hit the moon’s surface. Because the
moon has no running water and no
atmosphere, there is no weather or
erosion. There is also no soil on the
moon’s surface. Instead, it is covered with
dust. (Remember, soil contains humus—
dead and decaying organisms. There are
no organisms on the moon to die.
Therefore, there is no humus to form soil
with the dust.) No earthquakes or volcanic
eruptions change the moon’s surface. The
only way the moon’s surface can change is
by being hit by objects from space.
The Earth has many of the same
surface features as the moon. Its surface
is also covered with plains, mountain
ranges, valleys, and craters. There are
fewer craters on Earth because of Earth’s
atmosphere. Due to friction with the air,
most space objects burn up before they hit
Earth’s surface. If an object from space
hits Earth, the crater that forms is
smoothed by erosion. On Earth, erosion,
weathering, deposition, earthquakes,
volcanoes, and landslides are constantly
changing the surface features. The Earth
also has 6 times more gravity than the
moon.
Another important difference between
the Earth and the moon is the availability of
water. About 75% of the Earth’s surface is
covered with water. There is no liquid
water on the moon—just a little ice at the
poles. Finally, the Earth is surrounded by
an atmosphere containing many gases—
mostly nitrogen and oxygen. The moon
has no atmosphere. The lack of water and
breathable air make it impossible for life to
exist on the moon’s surface at this time.
Those same elements make it possible for
life to exist on the Earth and make our
planet home for many creatures.
Comparing the Earth, the Sun, and the
Moon

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Earth, sun and moon qr codes

  • 1. Comparing the Earth, the Sun, and the Moon How do the Sun, the Earth, and the Moon Compare? At the center of our solar system is the sun, a medium-sized yellow star. Some stars in the universe are much larger than the sun; others are smaller. Our sun and its solar system are part of the Milky Way galaxy, which contains billions of other stars. Solar Flare Sunspots The sun is composed mostly of hydrogen and helium gases. These extremely hot gases produce the energy that reaches Earth through space. Without energy from the sun, life on Earth would not be possible. The sun’s surface changes over time. Sunspots are dark spots that appear on the sun’s surface. They look dark because they are cooler than the rest of the surface. Solar flares are violent bursts of energy from the sun’s surface. They send out streams of particles that can interact with particles in Earth’s upper atmosphere, creating spectacular light shows called auroras. Earth and the moon are alike in many ways and differ in many others. The moon’s surface is covered with plains, mountain ranges, valleys, and craters. Craters are formed when objects from space hit the moon’s surface. Because the moon has no running water and no atmosphere, there is no weather or erosion. There is also no soil on the moon’s surface. Instead, it is covered with dust. (Remember, soil contains humus— dead and decaying organisms. There are no organisms on the moon to die. Therefore, there is no humus to form soil with the dust.) No earthquakes or volcanic eruptions change the moon’s surface. The only way the moon’s surface can change is by being hit by objects from space. The Earth has many of the same surface features as the moon. Its surface is also covered with plains, mountain ranges, valleys, and craters. There are fewer craters on Earth because of Earth’s atmosphere. Due to friction with the air, most space objects burn up before they hit Earth’s surface. If an object from space hits Earth, the crater that forms is smoothed by erosion. On Earth, erosion, weathering, deposition, earthquakes, volcanoes, and landslides are constantly changing the surface features. The Earth also has 6 times more gravity than the moon. Another important difference between the Earth and the moon is the availability of water. About 75% of the Earth’s surface is covered with water. There is no liquid water on the moon—just a little ice at the poles. Finally, the Earth is surrounded by an atmosphere containing many gases— mostly nitrogen and oxygen. The moon has no atmosphere. The lack of water and breathable air make it impossible for life to exist on the moon’s surface at this time. Those same elements make it possible for life to exist on the Earth and make our planet home for many creatures.
  • 2. Comparing the Earth, the Sun, and the Moon