Rock Cycle Worksheets - - Free Printable

To complete the rock cycle worksheet, we need to place the correct processes in the arrows between the different types of rocks. Let's analyze each step of the rock cycle and determine which process fits where.

Rock Cycle Overview:

1. Igneous Rock → Sediments: Igneous rocks can be broken down into sediments through Weathering & Erosion.
2. Sediments → Sedimentary Rock: Sediments are transformed into sedimentary rocks through Deposition, compaction, & cementation.
3. Sedimentary Rock → Metamorphic Rock: Sedimentary rocks can be changed into metamorphic rocks under Heat & pressure.
4. Metamorphic Rock → Magma: Metamorphic rocks can melt into magma through Melting.
5. Magma → Igneous Rock: Magma cools and solidifies to form igneous rocks through Cooling.

Step-by-Step Solution:

1. From Igneous Rock to Sediments: The process is Weathering & Erosion.
- Igneous rocks break down into smaller particles (sediments) due to weathering and erosion.

2. From Sediments to Sedimentary Rock: The process is Deposition, compaction, & cementation.
- Sediments are deposited, compacted, and cemented together to form sedimentary rocks.

3. From Sedimentary Rock to Metamorphic Rock: The process is Heat & pressure.
- Sedimentary rocks undergo heat and pressure to transform into metamorphic rocks.

4. From Metamorphic Rock to Magma: The process is Melting.
- Metamorphic rocks melt under high temperatures to form magma.

5. From Magma to Igneous Rock: The process is Cooling.
- Magma cools and solidifies to form igneous rocks.

Final Answer:

- Igneous Rock → Sediments: Weathering & erosion
- Sediments → Sedimentary Rock: Deposition, compaction, & cementation
- Sedimentary Rock → Metamorphic Rock: Heat & pressure
- Metamorphic Rock → Magma: Melting
- Magma → Igneous Rock: Cooling

$$
\boxed{
\text{Weathering & erosion, Deposition, compaction, & cementation, Heat & pressure, Melting, Cooling}
}
$$