Science9-12+
Petroleum Formation and Energy Resources Study Guide
By Rhoda P.
A text-based study guide of roughly several pages that explains how petroleum formed over hundreds of millions of years, how it is used across U.S. sectors, and where domestic and imported supplies come from. It introduces key terms like EROEI, peak oil, and sedimentary rock, and is aligned to AP Environmental Science content for advanced high school students.
Customize for your classroom
Teacher Guide & Tips
- Use as pre-reading or a review handout before a unit on fossil fuels, energy resources, or the environmental impacts of extraction, allowing about 30 to 45 minutes for a close read and key-term review.
- Discussion question: Why does petroleum production in the U.S. fall short of demand, and what are the economic and geopolitical trade-offs of relying on imports?
- Discussion question: How does the energy return on investment (EROEI) concept change the way we compare fossil fuels with renewable sources?
- Scaffold for struggling readers: Have students build a flowchart of the formation process (organisms, burial, sedimentation, heat and pressure, trapping) before reading the full text.
- Extension for advanced students: Ask them to evaluate the peak oil concept using current production and reserve data, and to argue whether the transportation sector's dominance of petroleum use makes electrification a priority.
Science9-12+
Petroleum Formation and Energy Resources Study Guide
By Rhoda P.
A text-based study guide of roughly several pages that explains how petroleum formed over hundreds of millions of years, how it is used across U.S. sectors, and where domestic and imported supplies come from. It introduces key terms like EROEI, peak oil, and sedimentary rock, and is aligned to AP Environmental Science content for advanced high school students.
Customize for your classroom
Teacher Guide & Tips
- Use as pre-reading or a review handout before a unit on fossil fuels, energy resources, or the environmental impacts of extraction, allowing about 30 to 45 minutes for a close read and key-term review.
- Discussion question: Why does petroleum production in the U.S. fall short of demand, and what are the economic and geopolitical trade-offs of relying on imports?
- Discussion question: How does the energy return on investment (EROEI) concept change the way we compare fossil fuels with renewable sources?
- Scaffold for struggling readers: Have students build a flowchart of the formation process (organisms, burial, sedimentation, heat and pressure, trapping) before reading the full text.
- Extension for advanced students: Ask them to evaluate the peak oil concept using current production and reserve data, and to argue whether the transportation sector's dominance of petroleum use makes electrification a priority.