Learning Objectives

• Identify common elements found in space and on Earth.
• Explain that stars, planets, and space dust are made of matter.
• Describe how spectroscopy helps scientists learn what distant objects are made of.
• Connect basic chemistry concepts to real space phenomena.

Materials Needed

• Whiteboard and markers
• Projector or printed images of stars, planets, nebulae, and the solar system
• Periodic table reference sheet
• Student notebooks or paper
• Short teacher-made handout with space chemistry facts
• Optional: simple flame test or spectrum image visuals

Support

• Provide a word bank with vocabulary and sentence starters.
• Use paired oral responses before whole-class sharing.
• Allow students to label pictures instead of writing long answers.
• Repeat key ideas visually on the board throughout the lesson.
• Check understanding frequently with yes/no or thumbs-up/thumbs-down questions.

Challenge

• Ask students why hydrogen and helium are more common in the universe than heavier elements.
• Invite students to explain how spectroscopy is similar to a chemical test in a lab.
• Have advanced students compare the composition of stars and planets.

Checks for Understanding

• Cold-call simple recall questions during the mini lesson.
• Use thumbs up/down to check understanding of key terms.
• Ask students to explain one match during the sorting activity.
• Listen for correct use of vocabulary in whole-class discussion.

Closure

End by revisiting the starter question: What is space made of? Summarize that space contains many of the same elements found on Earth, and scientists use light to learn about distant objects. Ask each student to say or write one fact they remember.