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Solar and Lunar Eclipses - Reading Article - Grade 8 and Up

Have students explain how solar and lunar eclipses occur after reading a science article. Fourteen questions check their understanding, and an extension asks them to reason about the Moon moving farther from Earth.
Grades
Grades 7–9
Pages
8
File type
Multiple File Types
Answer key
Included

Updated Feb 21, 2024

Subject
Science
Topic
solar eclipse, lunar eclipse
Resource types
Worksheets, Activities
Answer key
Included
Standards
RI.8.1

About this resource

What's inside this resource

Have students explain how solar and lunar eclipses occur after reading a science article. Fourteen questions check their understanding, and an extension asks them to reason about the Moon moving farther from Earth.

Product description

From the author

This eclipse reading includes a four-page article, fourteen comprehension questions, an extension question, answers and references. The seven-page lesson comes in PDF and editable Word formats, with a separate one-page Google access sheet.

The PDF files total eight pages; the Word file repeats the lesson. Eclipse dates in the passage are historical examples from 2017–2020. Check access to the linked Google copy before assigning it digitally.

In the classroom

Teaching tips & learning objectives

Learning objectives

  • Explain why solar and lunar eclipses occur and why they do not happen at every new or full moon.

  • Distinguish the four types of solar eclipse (total, partial, annular, hybrid) and the three types of lunar eclipse (total, partial, penumbral).

  • Define eclipse-specific vocabulary such as umbra, penumbra, corona, and annulus using context from the passage.

Teaching tips

  • Review target vocabulary such as umbra, penumbra, corona, and annulus before assigning the passage, since several comprehension questions depend on those terms.

  • Assign the extension question about the moon's increasing distance from Earth as a short written response or class discussion to move past factual recall into prediction.

  • Check access to the linked Google Doc before a distance-learning assignment, or open the Word file directly if you want to edit the questions before printing.

Skills covered

  • Nonfiction reading comprehension — students answer 14 explicit and inferential questions about eclipse mechanics sourced directly from the passage.

  • Scientific vocabulary acquisition — students learn and apply technical terms such as umbra, penumbra, annulus, and corona introduced in context.

  • Compare-and-contrast analysis — students distinguish solar eclipse subtypes (total, partial, annular, hybrid) from lunar eclipse subtypes (total, partial, penumbral).

Good to know

Questions teachers ask about this resource

What specific eclipse dates does the passage reference?

The passage uses historical examples from 2017–2020, including August 21, 2017 and January 31, 2018. It is not an upcoming-eclipse calendar.

How does the extension question differ from the main comprehension questions?

It moves past recall into prediction, asking students to reason from the passage's fact that the moon is slowly moving away from Earth to what that might mean for solar eclipses in the future.

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Curriculum

Standards, concepts & topics

Standards

  • RI.8.1

Core concepts

  • Solar eclipses

  • Lunar eclipses

  • Eclipse phases

  • Reading comprehension

  • Scientific vocabulary

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