How might you use hard candy to model how magma forms new rock?

To model how magma forms new rock using hard candy, you can follow these steps:

Step 1: Define the Problem

Identify how the process of magma cooling and solidifying into rock can be represented using hard candy.

Step 2: Break Down the Problem

1. Melting: Understand how magma melts and becomes liquid.
2. Cooling: Recognize how magma cools down and starts to solidify.
3. Solidification: Identify how the solidified magma forms new rock.

Step 3: Apply Relevant Concepts

• Melting: Heat the hard candy until it melts, simulating how rocks melt into magma.
• Cooling: Allow the melted candy to cool slowly, representing the cooling of magma.
• Solidification: Observe the candy as it hardens, modeling the formation of new rock.

Step 4: Analysis, Verify and Summarize

• Analysis: As the candy melts, it mimics the liquid state of magma. The cooling process should be gradual to accurately represent natural cooling.
• Verification: Ensure the candy solidifies completely to resemble the formation of igneous rock.
• Summarization: The process of melting, cooling, and solidifying candy effectively models how magma forms new rock.

Final Answer

Using hard candy to model magma forming new rock involves melting the candy to simulate magma, cooling it to represent the cooling process, and allowing it to solidify to form a rock-like structure.