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DISCUSS:
How is your skull an important part of your body? (There's more than one way!)
In this mini-lesson, students learn about the structure and function of their skulls. In the activity, My Paper Skull, students combine science with art as they examine their own heads and make discoveries about their skull. Using their observations, they create a mask that shares characteristics with their own skull. Younger students create a simple mask; older students create a mask with a moveable jaw.
Preview activityCranium and Jaw (Grades 3-5) printout | 1 per student |
Skull (Grades K-2) printout | 1 per student |
Scissors
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1 pair per student |
We offer two versions of this activity. The activity for younger students — making a skull model that can be used as a mask — involves less construction and requires less precision. The activity for older students — making a skull model/mask with a moveable jaw — requires cutting skills that might be difficult for a younger student.
At the end of the activity for older students, we ask: “Do you think the paper skull’s jaw works the way your jaw works? What’s the same about it? What’s different?”
The paper skull’s jaw works like a sliding door. Your own jaw has a hinge — like the hinge on a laptop computer or the hinge on a door. If you put your hands on the sides of your head just below your ears, you can feel this hinge moving as you open your mouth.
What would happen if you didn't have a skull?
What did this lesson make you curious about? What other questions do you have?
There's a smart animal that doesn't have a skull. It doesn't have any bones at all! That animal is the octopus. Because it has no bones, a 600-pound octopus can squeeze through a hole that's the size of a quarter! Maybe having a skull isn't so great after all! Suppose you had no bones and could move like an octopus. Draw a picture or write a story to show what your boneless life might be like.
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