Solar Eclipse

What happens during a solar eclipse?

• The sun moves between the Earth and the moon.

• The Earth moves between the moon and the sun.

• The moon moves between the Earth and the sun.

• The Earth moves out of the solar system.

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NGSS.MS-ESS1-1

Why isn't there an eclipse every month?

• Because the moon's orbit is perfectly aligned with the Earth.

• Because the sun moves too fast.

• Because the moon's orbit is usually tilted a few degrees.

• Because the Earth's orbit is tilted.

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What is a total solar eclipse?

• When the moon completely covers the sun.

• When the Earth covers the sun.

• When the moon appears too small to fully cover the sun.

• When the moon is farthest from the Earth.

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Why is it important to wear protective glasses while watching the eclipse?

• To prevent damage to the eyes from intense sunlight and harmful ultraviolet rays.
• To improve eyesight
• To look cool
• To block out noise

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NGSS.MS-ESS1-1

What is the outside layer of the sun called?

• Corona

• Photosphere

• Chromosphere

How long does the eclipse last?

• Days

• Minutes

• Hours

• Years

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What are the main types of solar eclipses?

• First, Second, Third

• day and night

• Earth, Moon, Sun

• total, partial, annular

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What happens to the tempeture during a solar eclipse?

• Nothing happens

• It gets a little colder outside

• It gets a little warmer outside

• It rains

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NGSS.MS-ESS1-1

What is the difference between a total solar eclipse and a partial solar eclipse?

• The main difference is the extent to which the Sun is covered by the Moon during the eclipse.

• Partial solar eclipses last longer than total solar eclipses.

• Total solar eclipses only occur in the Southern Hemisphere.

• The difference is in the color of the sky during the eclipse.

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NGSS.MS-ESS1-1

During a solar eclipse, why is it dangerous to look directly at the sun?

• It has no impact on eye health.

• It enhances vision by absorbing solar energy.

• It improves eyesight by providing natural light therapy.

• It can cause damage to the retina due to intense light and radiation.