Plate tect quick revision
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At oceanic-continental convergent plate boundaries: 1. The plates converge and apply compressional forces due to their movement. 2. The oceanic crust subducts because it is denser. However, the continental crust does not subduct because it is less dense. 3. Over time, the continental crust buckles and folds from the compressional forces, causing layers to uplift and form a range of fold mountains.
Plate tect quick revision
- 2. Bishan Park Sec 1. Describe and explain the processes responsible for the formation of fold mountains.
- 3. Bishan Park Sec Question Analysis 1. Describe and explain the processes responsible for the formation of fold mountains.
- 4. Bishan Park Sec Question Analysis 1. Describe and explain the processes responsible for the formation of fold mountains.
- 5. Bishan Park Sec Question Analysis 1. Describe and explain the processes responsible for the formation of fold mountains.
- 6. Bishan Park Sec Question Analysis = Details 1. Describe and explain the processes responsible for the formation of fold mountains.
- 7. Bishan Park Sec Question Analysis = Details = Give Reasons (because…) 1. Describe and explain the processes responsible for the formation of fold mountains.
- 8. Bishan Park Sec = Details = Give Reasons (because…) Planning 1. Describe and explain the processes responsible for the formation of fold mountains.
- 9. Bishan Park Sec = Details = Give Reasons (because…) 5 marks = 5 steps Planning 1. Describe and explain the processes responsible for the formation of fold mountains.
- 10. Bishan Park Sec = Details = Give Reasons (because…) 5 marks = 5 steps 1) Where it happened? Planning 1. Describe and explain the processes responsible for the formation of fold mountains.
- 11. Bishan Park Sec = Details = Give Reasons (because…) 5 marks = 5 steps 1) Where it happened? 2) What Happened? Planning 1. Describe and explain the processes responsible for the formation of fold mountains.
- 12. Bishan Park Sec = Details = Give Reasons (because…) 5 marks = 5 steps 1) Where it happened? 2) What Happened? 3) What happened? Planning 1. Describe and explain the processes responsible for the formation of fold mountains.
- 13. Bishan Park Sec = Details = Give Reasons (because…) 5 marks = 5 steps 1) Where it happened? 2) What Happened? 3) What happened? 4) What happened? Planning 1. Describe and explain the processes responsible for the formation of fold mountains.
- 14. Bishan Park Sec = Details = Give Reasons (because…) 5 marks = 5 steps 1) Where it happened? 2) What Happened? 3) What happened? 4) What happened? 5) describe feature + it is formed over time Planning 1. Describe and explain the processes responsible for the formation of fold mountains.
- 15. Bishan Park Sec = Details = Give Reasons (because…) 5 marks = 5 steps 1) Where it happened? 2) What Happened? 3) What happened? 4) What happened? 5) describe feature + it is formed over time oceanic-continental convergent plate boundaries, Planning 1. Describe and explain the processes responsible for the formation of fold mountains.
- 16. Bishan Park Sec = Details = Give Reasons (because…) 5 marks = 5 steps 1) Where it happened? 2) What Happened? 3) What happened? 4) What happened? 5) describe feature + it is formed over time oceanic-continental convergent plate boundaries, plates converge, = compressional forces. Planning 1. Describe and explain the processes responsible for the formation of fold mountains.
- 17. Bishan Park Sec = Details = Give Reasons (because…) 5 marks = 5 steps 1) Where it happened? 2) What Happened? 3) What happened? 4) What happened? 5) describe feature + it is formed over time oceanic-continental convergent plate boundaries, plates converge, = compressional forces. oceanic crust more dense —> compressional forces push it to subduct. Planning 1. Describe and explain the processes responsible for the formation of fold mountains.
- 18. Bishan Park Sec = Details = Give Reasons (because…) 5 marks = 5 steps 1) Where it happened? 2) What Happened? 3) What happened? 4) What happened? 5) describe feature + it is formed over time oceanic-continental convergent plate boundaries, plates converge, = compressional forces. continental crust less dense —> compressional forces does not push it to subduct. —> rock layers buckle and fold, —> uplifted oceanic crust more dense —> compressional forces push it to subduct. Planning 1. Describe and explain the processes responsible for the formation of fold mountains.
- 19. Bishan Park Sec = Details = Give Reasons (because…) 5 marks = 5 steps 1) Where it happened? 2) What Happened? 3) What happened? 4) What happened? 5) describe feature + it is formed over time oceanic-continental convergent plate boundaries, Overtime, …. a range of highland, known as fold mountain, is formed. plates converge, = compressional forces. continental crust less dense —> compressional forces does not push it to subduct. —> rock layers buckle and fold, —> uplifted oceanic crust more dense —> compressional forces push it to subduct. Planning 1. Describe and explain the processes responsible for the formation of fold mountains.
- 20. Bishan Park Sec = Details = Give Reasons (because…) 5 marks = 5 steps 1) Where it happened? 2) What Happened? 3) What happened? 4) What happened? 5) describe feature + it is formed over time At oceanic-continental convergent plate boundaries, Overtime, …. a range of highland, known as fold mountain, is formed. plates converge, = compressional forces. continental crust less dense —> compressional forces does not push it to subduct. —> rock layers buckle and fold, —> uplifted oceanic crust more dense —> compressional forces push it to subduct. Writing 1. Describe and explain the processes responsible for the formation of fold mountains.
- 21. Bishan Park Sec = Details = Give Reasons (because…) 5 marks = 5 steps 1) Where it happened? 2) What Happened? 3) What happened? 4) What happened? 5) describe feature + it is formed over time At oceanic-continental convergent plate boundaries, Overtime, …. a range of highland, known as fold mountain, is formed. the plates converge, applying a huge amount of pressure known as compressional forces. continental crust less dense —> compressional forces does not push it to subduct. —> rock layers buckle and fold, —> uplifted oceanic crust more dense —> compressional forces push it —> sink and subduct. Writing 1. Describe and explain the processes responsible for the formation of fold mountains.
- 22. Bishan Park Sec = Details = Give Reasons (because…) 5 marks = 5 steps 1) Where it happened? 2) What Happened? 3) What happened? 4) What happened? 5) describe feature + it is formed over time At oceanic-continental convergent plate boundaries, Overtime, …. a range of highland, known as fold mountain, is formed. the plates converge, applying a huge amount of pressure known as compressional forces. Because the oceanic crust is denser, the compressional forces cause the oceanic crust to subduct and sink under the continental crust continental crust less dense —> compressional forces does not push it to subduct. —> rock layers buckle and fold, —> uplifted Writing 1. Describe and explain the processes responsible for the formation of fold mountains.
- 23. Bishan Park Sec = Details = Give Reasons (because…) 5 marks = 5 steps 1) Where it happened? 2) What Happened? 3) What happened? 4) What happened? 5) describe feature + it is formed over time At oceanic-continental convergent plate boundaries, Overtime, …. a range of highland, known as fold mountain, is formed. the plates converge, applying a huge amount of pressure known as compressional forces. Because the oceanic crust is denser, the compressional forces cause the oceanic crust to subduct and sink under the continental crust Because the continental crust is less dense, the compressional forces does not push the continental crust to subduct. Instead, the rock layers buckle and fold, causing some of the layers to be uplifted Writing 1. Describe and explain the processes responsible for the formation of fold mountains.
- 24. Bishan Park Sec = Details = Give Reasons (because…) 5 marks = 5 steps 1) Where it happened? 2) What Happened? 3) What happened? 4) What happened? 5) describe feature + it is formed over time At oceanic-continental convergent plate boundaries, Overtime, with further folding and uplifting, a range of highland, known as fold mountain, is formed. the plates converge, applying a huge amount of pressure known as compressional forces. Because the oceanic crust is denser, the compressional forces cause the oceanic crust to subduct and sink under the continental crust Because the continental crust is less dense, the compressional forces does not push the continental crust to subduct. Instead, the rock layers buckle and fold, causing some of the layers to be uplifted Writing 1. Describe and explain the processes responsible for the formation of fold mountains.
- 25. Bishan Park Sec Question Analysis = Details = Give Reasons (because…) DO WE NEED DIAGRAMS? Base on the qns, what do you think? 1. Describe and explain the processes responsible for the formation of fold mountains.
- 26. Bishan Park Sec = Details = Give Reasons (because…) Planning 1. Describe and explain the processes responsible for the formation of a volcano at a oceanic-oceanic convergent plate boundary.
- 27. Bishan Park Sec = Details = Give Reasons (because…) 6 marks = 6 steps Planning 1. Describe and explain the processes responsible for the formation of a volcano at a oceanic-oceanic convergent plate boundary.
- 28. Bishan Park Sec = Details = Give Reasons (because…) 6 marks = 6 steps 1) Where it happened? Planning 1. Describe and explain the processes responsible for the formation of a volcano at a oceanic-oceanic convergent plate boundary.
- 29. Bishan Park Sec = Details = Give Reasons (because…) 6 marks = 6 steps 1) Where it happened? 2) What Happened? Planning 1. Describe and explain the processes responsible for the formation of a volcano at a oceanic-oceanic convergent plate boundary.
- 30. Bishan Park Sec = Details = Give Reasons (because…) 6 marks = 6 steps 1) Where it happened? 2) What Happened? 3) What happened? Planning 1. Describe and explain the processes responsible for the formation of a volcano at a oceanic-oceanic convergent plate boundary.
- 31. Bishan Park Sec = Details = Give Reasons (because…) 6 marks = 6 steps 1) Where it happened? 2) What Happened? 3) What happened? 4) What happened? Planning 1. Describe and explain the processes responsible for the formation of a volcano at a oceanic-oceanic convergent plate boundary.
- 32. Bishan Park Sec = Details = Give Reasons (because…) 6 marks = 6 steps 1) Where it happened? 2) What Happened? 3) What happened? 4) What happened? 5) What happened? Planning 1. Describe and explain the processes responsible for the formation of a volcano at a oceanic-oceanic convergent plate boundary.
- 33. Bishan Park Sec = Details = Give Reasons (because…) 6 marks = 6 steps 1) Where it happened? 2) What Happened? 3) What happened? 4) What happened? 5) What happened? 6) describe feature + it is formed over time Planning 1. Describe and explain the processes responsible for the formation of a volcano at a oceanic-oceanic convergent plate boundary.
- 34. Bishan Park Sec = Details = Give Reasons (because…) 6 marks = 6 steps 1) Where it happened? 2) What Happened? 3) What happened? 4) What happened? 5) What happened? oceanic-oceanic convergent plate boundaries—> compressional forces. 6) describe feature + it is formed over time Planning 1. Describe and explain the processes responsible for the formation of a volcano at a oceanic-oceanic convergent plate boundary.
- 35. Bishan Park Sec = Details = Give Reasons (because…) 6 marks = 6 steps 1) Where it happened? 2) What Happened? 3) What happened? 4) What happened? 5) What happened? oceanic-oceanic convergent plate boundaries—> compressional forces. 6) describe feature + it is formed over time compressional forces, —-> develop cracks. Planning 1. Describe and explain the processes responsible for the formation of a volcano at a oceanic-oceanic convergent plate boundary.
- 36. Bishan Park Sec = Details = Give Reasons (because…) 6 marks = 6 steps 1) Where it happened? 2) What Happened? 3) What happened? 4) What happened? 5) What happened? oceanic-oceanic convergent plate boundaries—> compressional forces. compressional forces —> oceanic crust to sink and subduct 6) describe feature + it is formed over time compressional forces, —-> develop cracks. Planning 1. Describe and explain the processes responsible for the formation of a volcano at a oceanic-oceanic convergent plate boundary.
- 37. Bishan Park Sec = Details = Give Reasons (because…) 6 marks = 6 steps 1) Where it happened? 2) What Happened? 3) What happened? 4) What happened? 5) What happened? oceanic-oceanic convergent plate boundaries—> compressional forces. compressional forces —> oceanic crust to sink and subduct 6) describe feature + it is formed over time the subduct crust melts and moves up the cracks on the crust. compressional forces, —-> develop cracks. Planning 1. Describe and explain the processes responsible for the formation of a volcano at a oceanic-oceanic convergent plate boundary.
- 38. Bishan Park Sec = Details = Give Reasons (because…) 6 marks = 6 steps 1) Where it happened? 2) What Happened? 3) What happened? 4) What happened? 5) What happened? oceanic-oceanic convergent plate boundaries—> compressional forces. the magma reaches the earth’s surface and erupts as lava…cools and hardens as rocks. compressional forces —> oceanic crust to sink and subduct 6) describe feature + it is formed over time the subduct crust melts and moves up the cracks on the crust. compressional forces, —-> develop cracks. Planning 1. Describe and explain the processes responsible for the formation of a volcano at a oceanic-oceanic convergent plate boundary.
- 39. Bishan Park Sec = Details = Give Reasons (because…) 6 marks = 6 steps 1) Where it happened? 2) What Happened? 3) What happened? 4) What happened? 5) What happened? oceanic-oceanic convergent plate boundaries—> compressional forces. the magma reaches the earth’s surface and erupts as lava…cools and hardens as rocks. compressional forces —> oceanic crust to sink and subduct 6) describe feature + it is formed over time Overtime, …a mountain or hill that eject magma onto the Earth’s surface, known as a volcano, is formed. the subduct crust melts and moves up the cracks on the crust. compressional forces, —-> develop cracks. Planning 1. Describe and explain the processes responsible for the formation of a volcano at a oceanic-oceanic convergent plate boundary.
- 40. Bishan Park Sec Writing 6 marks = 6 steps 1) Where it happened? 2) What Happened? 3) What happened? 4) What happened? 5) What happened? At oceanic-oceanic convergent plate boundaries, the plates converge, applying a huge amount of pressure known as compressional forces. the magma reaches the earth’s surface and erupts as lava…cools and hardens as rocks. compressional forces, —-> develop cracks. compressional forces —> oceanic crust to sink and subduct 6) describe feature + it is formed over time Overtime, …a mountain or hill that eject magma onto the Earth’s surface, known as a volcano, is formed. the subduct crust melts and moves up the cracks on the crust. = Details = Give Reasons (because…) 1. Describe and explain the processes responsible for the formation of a volcano at a oceanic-oceanic convergent plate boundary.
- 41. Bishan Park Sec Writing 6 marks = 6 steps 1) Where it happened? 2) What Happened? 3) What happened? 4) What happened? 5) What happened? At oceanic-oceanic convergent plate boundaries, the plates converge, applying a huge amount of pressure known as compressional forces. the magma reaches the earth’s surface and erupts as lava…cools and hardens as rocks. Because of the huge pressure from the compressional forces, parts of the crust develop cracks. compressional forces —> oceanic crust to sink and subduct 6) describe feature + it is formed over time Overtime, …a mountain or hill that eject magma onto the Earth’s surface, known as a volcano, is formed. the subduct crust melts and moves up the cracks on the crust. = Details = Give Reasons (because…) 1. Describe and explain the processes responsible for the formation of a volcano at a oceanic-oceanic convergent plate boundary.
- 42. Bishan Park Sec Writing 6 marks = 6 steps 1) Where it happened? 2) What Happened? 3) What happened? 4) What happened? 5) What happened? At oceanic-oceanic convergent plate boundaries, the plates converge, applying a huge amount of pressure known as compressional forces. the magma reaches the earth’s surface and erupts as lava…cools and hardens as rocks. Because of the huge pressure from the compressional forces, parts of the crust develop cracks. Because the oceanic crust is dense, the compressional forces causes the oceanic crust to sink and subduct under a less dense oceanic crust. 6) describe feature + it is formed over time Overtime, …a mountain or hill that eject magma onto the Earth’s surface, known as a volcano, is formed. the subduct crust melts and moves up the cracks on the crust. = Details = Give Reasons (because…) 1. Describe and explain the processes responsible for the formation of a volcano at a oceanic-oceanic convergent plate boundary.
- 43. Bishan Park Sec Writing 6 marks = 6 steps 1) Where it happened? 2) What Happened? 3) What happened? 4) What happened? 5) What happened? At oceanic-oceanic convergent plate boundaries, the plates converge, applying a huge amount of pressure known as compressional forces. the magma reaches the earth’s surface and erupts as lava…cools and hardens as rocks. Because of the huge pressure from the compressional forces, parts of the crust develop cracks. Because the oceanic crust is dense, the compressional forces causes the oceanic crust to sink and subduct under a less dense oceanic crust. 6) describe feature + it is formed over time Overtime, …a mountain or hill that eject magma onto the Earth’s surface, known as a volcano, is formed. Because the mantle is much hotter than the crust, the subduct crust melts and moves up the cracks on the crust. = Details = Give Reasons (because…) 1. Describe and explain the processes responsible for the formation of a volcano at a oceanic-oceanic convergent plate boundary.
- 44. Bishan Park Sec Writing 6 marks = 6 steps 1) Where it happened? 2) What Happened? 3) What happened? 4) What happened? 5) What happened? At oceanic-oceanic convergent plate boundaries, the plates converge, applying a huge amount of pressure known as compressional forces. As a result, the magma reaches the earth’s surface and erupts as lava. The lava cools and hardens as rocks. Because of the huge pressure from the compressional forces, parts of the crust develop cracks. Because the oceanic crust is dense, the compressional forces causes the oceanic crust to sink and subduct under a less dense oceanic crust. 6) describe feature + it is formed over time Overtime, …a mountain or hill that eject magma onto the Earth’s surface, known as a volcano, is formed. Because the mantle is much hotter than the crust, the subduct crust melts and moves up the cracks on the crust. = Details = Give Reasons (because…) 1. Describe and explain the processes responsible for the formation of a volcano at a oceanic-oceanic convergent plate boundary.
- 45. Bishan Park Sec Writing 6 marks = 6 steps 1) Where it happened? 2) What Happened? 3) What happened? 4) What happened? 5) What happened? At oceanic-oceanic convergent plate boundaries, the plates converge, applying a huge amount of pressure known as compressional forces. As a result, the magma reaches the earth’s surface and erupts as lava. The lava cools and hardens as rocks. Because of the huge pressure from the compressional forces, parts of the crust develop cracks. Because the oceanic crust is dense, the compressional forces causes the oceanic crust to sink and subduct under a less dense oceanic crust. 6) describe feature + it is formed over time Overtime, as more eruptions cause more layers of lava to harden, cool and accumulate, a mountain or hill that eject magma onto the Earth’s surface, known as a volcano, is formed. Because the mantle is much hotter than the crust, the subduct crust melts and moves up the cracks on the crust. = Details = Give Reasons (because…) 1. Describe and explain the processes responsible for the formation of a volcano at a oceanic-oceanic convergent plate boundary.
- 46. Bishan Park Sec formation = step by step, how it happens 1st) Where it happened? MIDDLe) What Happened? - what forces? what processes? last) describe feature + it is formed over time = Details = Give Reasons (because…) 1. Describe and explain the processes responsible for the formation of a volcano at a oceanic-oceanic convergent plate boundary.