Petroleum Formation and Energy Resources Study Guide
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.
“Create and expanded info sheet about petroleum and an energy resources based on the following: Petroleum (also known as crude oil) is a fossil fuel that took hundreds of millions of years to form. When tiny sea plants and animals died, they sank to the bottom of the ocean where they were buried by layers of sand and sediment, which turned into sedimentary rock. Over time, this organic matter was subject to enormous pressure and heat, causing it to change into petroleum- saturated rock. Petroleum is the nation’s leading source of energy. The vast majority of petroleum is used by the transportation (69.80 percent) and industrial (24.15 percent) sectors. Very little is used by the residential and commercial (5.35 percent) and electric power (0.70 percent) sectors. Petroleum must be burned, and therefore can contribute to emissions and pollution. U.S. production of petroleum is not enough to meet the nation’s demand of about 20.0 million barrels a day. About 42 percent of the nation’s supply of petroleum is imported, mostly from Canada, Mexico, Saudi Arabia, Iraq, and Colombia. Currently, Texas is the nation’s leading producer of petroleum, followed by New Mexico, North Dakota, Colorado, and Oklahoma. About 14 percent of domestic production is from offshore wells. Updated the information to reflect AP Environmental Science requirements and standards.”
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.
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Try Diffit for free“Create and expanded info sheet about petroleum and an energy resources based on the following: Petroleum (also known as crude oil) is a fossil fuel that took hundreds of millions of years to form. When tiny sea plants and animals died, they sank to the bottom of the ocean where they were buried by layers of sand and sediment, which turned into sedimentary rock. Over time, this organic matter was subject to enormous pressure and heat, causing it to change into petroleum- saturated rock. Petroleum is the nation’s leading source of energy. The vast majority of petroleum is used by the transportation (69.80 percent) and industrial (24.15 percent) sectors. Very little is used by the residential and commercial (5.35 percent) and electric power (0.70 percent) sectors. Petroleum must be burned, and therefore can contribute to emissions and pollution. U.S. production of petroleum is not enough to meet the nation’s demand of about 20.0 million barrels a day. About 42 percent of the nation’s supply of petroleum is imported, mostly from Canada, Mexico, Saudi Arabia, Iraq, and Colombia. Currently, Texas is the nation’s leading producer of petroleum, followed by New Mexico, North Dakota, Colorado, and Oklahoma. About 14 percent of domestic production is from offshore wells. Updated the information to reflect AP Environmental Science requirements and standards.”
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.
Petroleum Formation and Energy Resources Study Guide
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.
What is Diffit?
Teachers use Diffit to get quality materials for their unique classrooms. Adjust difficulty, add scaffolds, or change the topic to get started.
Try Diffit for free