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revisionplate tectonics
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A(b) the volcano shown in Fig. 12B(c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A(b) the volcano shown in Fig. 12B(c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
Question Analysis
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A(b) the volcano shown in Fig. 12B(c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
Question Analysis
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A(b) the volcano shown in Fig. 12B(c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
Question Analysis
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A(b) the volcano shown in Fig. 12B(c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
Question Analysis
= Details
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A(b) the volcano shown in Fig. 12B(c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
Question Analysis
= Details = Give Reasons (because…)
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B(c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
= Details = Give Reasons (because…) Planning
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B(c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
= Details = Give Reasons (because…)
5 marks = 5 steps
Planning
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B(c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
= Details = Give Reasons (because…)
5 marks = 5 steps1) Where it happened?
Planning
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B(c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
= Details = Give Reasons (because…)
5 marks = 5 steps1) Where it happened?
2) What Happened?
Planning
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B(c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
= Details = Give Reasons (because…)
5 marks = 5 steps1) Where it happened?
2) What Happened?
3) What happened?
Planning
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B(c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
= Details = Give Reasons (because…)
5 marks = 5 steps1) Where it happened?
2) What Happened?
3) What happened?
4) What happened?
Planning
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B(c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
= Details = Give Reasons (because…)
5 marks = 5 steps1) Where it happened?
2) What Happened?
3) What happened?
4) What happened?
5) describe feature + it is formed over time
Planning
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B(c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
= Details = Give Reasons (because…)
5 marks = 5 steps1) 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
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B(c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
= Details = Give Reasons (because…)
5 marks = 5 steps1) 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
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B(c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
= Details = Give Reasons (because…)
5 marks = 5 steps1) 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
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B(c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
= Details = Give Reasons (because…)
5 marks = 5 steps1) 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
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B(c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
= Details = Give Reasons (because…)
5 marks = 5 steps1) 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
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B(c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
= Details = Give Reasons (because…)
5 marks = 5 steps1) 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
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B(c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
= Details = Give Reasons (because…)
5 marks = 5 steps1) 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
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B(c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
= Details = Give Reasons (because…)
5 marks = 5 steps1) 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
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B(c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
= Details = Give Reasons (because…)
5 marks = 5 steps1) 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
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B(c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
= Details = Give Reasons (because…)
5 marks = 5 steps1) 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
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A(b) the volcano shown in Fig. 12B(c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
Question Analysis
= Details = Give Reasons (because…)
DO WE NEED DIAGRAMS?
Base on the qns, what do you think?
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B [6](c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
= Details = Give Reasons (because…) Planning
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B [6](c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
= Details = Give Reasons (because…)
6 marks = 6 steps
Planning
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B [6](c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
= Details = Give Reasons (because…)
6 marks = 6 steps1) Where it happened?
Planning
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B [6](c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
= Details = Give Reasons (because…)
6 marks = 6 steps1) Where it happened?
2) What Happened?
Planning
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B [6](c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
= Details = Give Reasons (because…)
6 marks = 6 steps1) Where it happened?
2) What Happened?
3) What happened?
Planning
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B [6](c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
= Details = Give Reasons (because…)
6 marks = 6 steps1) Where it happened?
2) What Happened?
3) What happened?
4) What happened?
Planning
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B [6](c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
= Details = Give Reasons (because…)
6 marks = 6 steps1) Where it happened?
2) What Happened?
3) What happened?
4) What happened?
5) What happened?
Planning
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B [6](c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
= Details = Give Reasons (because…)
6 marks = 6 steps1) Where it happened?
2) What Happened?
3) What happened?
4) What happened?
5) What happened?
6) describe feature + it is formed over time
Planning
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B [6](c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
= Details = Give Reasons (because…)
6 marks = 6 steps1) 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
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B [6](c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
= Details = Give Reasons (because…)
6 marks = 6 steps1) 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
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B [6](c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
= Details = Give Reasons (because…)
6 marks = 6 steps1) 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
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B [6](c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
= Details = Give Reasons (because…)
6 marks = 6 steps1) 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
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B [6](c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
= Details = Give Reasons (because…)
6 marks = 6 steps1) 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
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B [6](c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
= Details = Give Reasons (because…)
6 marks = 6 steps1) 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 timeOvertime, …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
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B [6](c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
= Details = Give Reasons (because…) Writing
6 marks = 6 steps1) 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 timeOvertime, …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.
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B [6](c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
= Details = Give Reasons (because…) Writing
6 marks = 6 steps1) 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 timeOvertime, …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.
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B [6](c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
= Details = Give Reasons (because…) Writing
6 marks = 6 steps1) 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 timeOvertime, …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.
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B [6](c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
= Details = Give Reasons (because…) Writing
6 marks = 6 steps1) 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 timeOvertime, …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.
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B [6](c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
= Details = Give Reasons (because…) Writing
6 marks = 6 steps1) 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 timeOvertime, …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.
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B [6](c) With the aid of well-labelled diagrams, explain the formation of a rift valley.
= Details = Give Reasons (because…) Writing
6 marks = 6 steps1) 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 timeOvertime, 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.
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B [6](c) With the aid of well-labelled diagrams, explain the formation of a rift valley. [6]
= Details = Give Reasons (because…)
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B [6](c) With the aid of well-labelled diagrams, explain the formation of a rift valley. [6]
= Details = Give Reasons (because…)
Able to check (c) on your own??
Bishan Park Sec
1. Describe and explain the processes responsible for the formation of(a) the fold mountains shown in Fig. 12A [5](b) the volcano shown in Fig. 12B [6](c) With the aid of well-labelled diagrams, explain the formation of a rift valley. [6]
= Details = Give Reasons (because…)
Able to check (c) on your own??
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
use what you have learnt from your mistake and try:
"
Naval base qns 6A "
within 7 mins
Let’s go through your answer
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
At a convergence oceanic-continental plate boundary
Subduct = oceanic plate sink and go beneath continental plate
Planning
What happened? (process, force)
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
At a convergence oceanic-continental plate boundary
Subduct = oceanic plate sink and go beneath continental plate
Planning
What happened? (process, force)
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
= Give Reasons (because…)
At a convergence oceanic-continental plate boundary
Subduct = oceanic plate sink and go beneath continental plate
Planning
What happened? (process, force)
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
= Give Reasons (because…)
At a convergence oceanic-continental plate boundary
Subduct = oceanic plate sink and go beneath continental plate
Planning
What happened? (process, force)
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
= GIMME the name!= Give Reasons (because…)
At a convergence oceanic-continental plate boundary
Subduct = oceanic plate sink and go beneath continental plate
Planning
What happened? (process, force)
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
= GIMME the name!= Give Reasons (because…)
1)Start pointAt a convergence oceanic-continental plate boundary
Subduct = oceanic plate sink and go beneath continental plate
Planning
What happened? (process, force)
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
= GIMME the name!= Give Reasons (because…)
1)Start point
2) End point
At a convergence oceanic-continental plate boundary
Subduct = oceanic plate sink and go beneath continental plate
Planning
What happened? (process, force)
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
= GIMME the name!= Give Reasons (because…)
1)Start point
2) End point
At a convergence oceanic-continental plate boundary
Subduct = oceanic plate sink and go beneath continental plate
Planning
2 marks = 2 steps
What happened? (process, force)
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
= GIMME the name!= Give Reasons (because…)
1)Start point
2) End point
At a convergence oceanic-continental plate boundary
Subduct = oceanic plate sink and go beneath continental plate
Planning
2 marks = 2 steps 1 mark
What happened? (process, force)
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
= GIMME the name!= Give Reasons (because…)
1)Start point
2) End point
At a convergence oceanic-continental plate boundary
Subduct = oceanic plate sink and go beneath continental plate
Planning
2 marks = 2 steps 1 mark
: convergence oceanic-continental plate boundary
What happened? (process, force)
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
= GIMME the name!= Give Reasons (because…)
1)Start point
2) End point
At a convergence oceanic-continental plate boundary
Subduct = oceanic plate sink and go beneath continental plate
Planning
2 marks = 2 steps 1 mark
: convergence oceanic-continental plate boundary
: SUbduct
What happened? (process, force)
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
At a convergence oceanic-continental plate boundary
Subduct = oceanic plate sink and go beneath continental plate
Planning
compressional forcesOceanic plate denser than continental plate
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
At a convergence oceanic-continental plate boundary
Subduct = oceanic plate sink and go beneath continental plate
Planning
compressional forcesOceanic plate denser than continental plate
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
= GIMME the name!
At a convergence oceanic-continental plate boundary
Subduct = oceanic plate sink and go beneath continental plate
Planning
compressional forcesOceanic plate denser than continental plate
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
= GIMME the name!= Give Reasons (because…)
At a convergence oceanic-continental plate boundary
Subduct = oceanic plate sink and go beneath continental plate
Planning
compressional forcesOceanic plate denser than continental plate
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
= GIMME the name!= Give Reasons (because…)
1)Start pointAt a convergence oceanic-continental plate boundary
Subduct = oceanic plate sink and go beneath continental plate
Planning
compressional forcesOceanic plate denser than continental plate
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
= GIMME the name!= Give Reasons (because…)
1)Start point
2) End point
At a convergence oceanic-continental plate boundary
Subduct = oceanic plate sink and go beneath continental plate
Planning
compressional forcesOceanic plate denser than continental plate
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
= GIMME the name!= Give Reasons (because…)
1)Start point
2) End point
At a convergence oceanic-continental plate boundary
Subduct = oceanic plate sink and go beneath continental plate
Planning
compressional forcesOceanic plate denser than continental plate
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
= GIMME the name!= Give Reasons (because…)
1)Start point
2) End point
At a convergence oceanic-continental plate boundary
Subduct = oceanic plate sink and go beneath continental plate
Planning
2 marks = 2 steps
compressional forcesOceanic plate denser than continental plate
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
= GIMME the name!= Give Reasons (because…)
1)Start point
2) End point
At a convergence oceanic-continental plate boundary
Subduct = oceanic plate sink and go beneath continental plate
Planning
2 marks = 2 steps 1 mark
compressional forcesOceanic plate denser than continental plate
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
= GIMME the name!= Give Reasons (because…)
1)Start point
2) End point
At a convergence oceanic-continental plate boundary
Subduct = oceanic plate sink and go beneath continental plate
Planning
2 marks = 2 steps 1 mark
: convergence oceanic-continental plate boundary
compressional forcesOceanic plate denser than continental plate
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
= GIMME the name!= Give Reasons (because…)
1)Start point
2) End point
At a convergence oceanic-continental plate boundary
Subduct = oceanic plate sink and go beneath continental plate
Planning
2 marks = 2 steps 1 mark
: convergence oceanic-continental plate boundary
: SUbduct
compressional forcesOceanic plate denser than continental plate
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
At a convergence oceanic-continental plate boundary, compressional forces push the oceanic plate and continental plate against each other.
Subduct = oceanic plate sink and go beneath continental plate
As the oceanic plate is denser than the continental plate,
Writing
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
At a convergence oceanic-continental plate boundary, compressional forces push the oceanic plate and continental plate against each other.
Subduct = oceanic plate sink and go beneath continental plate
As the oceanic plate is denser than the continental plate,
Writing
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
= GIMME the name!
At a convergence oceanic-continental plate boundary, compressional forces push the oceanic plate and continental plate against each other.
Subduct = oceanic plate sink and go beneath continental plate
As the oceanic plate is denser than the continental plate,
Writing
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
= GIMME the name!= Give Reasons (because…)
At a convergence oceanic-continental plate boundary, compressional forces push the oceanic plate and continental plate against each other.
Subduct = oceanic plate sink and go beneath continental plate
As the oceanic plate is denser than the continental plate,
Writing
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
= GIMME the name!= Give Reasons (because…)
1)Start pointAt a convergence oceanic-continental plate boundary, compressional forces push the oceanic plate and continental plate against each other.
Subduct = oceanic plate sink and go beneath continental plate
As the oceanic plate is denser than the continental plate,
Writing
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
= GIMME the name!= Give Reasons (because…)
1)Start point
2) End point
At a convergence oceanic-continental plate boundary, compressional forces push the oceanic plate and continental plate against each other.
Subduct = oceanic plate sink and go beneath continental plate
As the oceanic plate is denser than the continental plate,
Writing
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
= GIMME the name!= Give Reasons (because…)
1)Start point
2) End point
At a convergence oceanic-continental plate boundary, compressional forces push the oceanic plate and continental plate against each other.
Subduct = oceanic plate sink and go beneath continental plate
As the oceanic plate is denser than the continental plate,
Writing
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
= GIMME the name!= Give Reasons (because…)
1)Start point
2) End point
At a convergence oceanic-continental plate boundary, compressional forces push the oceanic plate and continental plate against each other.
Subduct = oceanic plate sink and go beneath continental plate
2 marks = 2 steps
As the oceanic plate is denser than the continental plate,
Writing
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
= GIMME the name!= Give Reasons (because…)
1)Start point
2) End point
At a convergence oceanic-continental plate boundary, compressional forces push the oceanic plate and continental plate against each other.
Subduct = oceanic plate sink and go beneath continental plate
2 marks = 2 steps 1 mark
As the oceanic plate is denser than the continental plate,
Writing
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
= GIMME the name!= Give Reasons (because…)
1)Start point
2) End point
At a convergence oceanic-continental plate boundary, compressional forces push the oceanic plate and continental plate against each other.
Subduct = oceanic plate sink and go beneath continental plate
2 marks = 2 steps 1 mark
: convergence oceanic-continental plate boundary
As the oceanic plate is denser than the continental plate,
Writing
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
= GIMME the name!= Give Reasons (because…)
1)Start point
2) End point
At a convergence oceanic-continental plate boundary, compressional forces push the oceanic plate and continental plate against each other.
Subduct = oceanic plate sink and go beneath continental plate
2 marks = 2 steps 1 mark
: convergence oceanic-continental plate boundary
: SUbduct
As the oceanic plate is denser than the continental plate,
Writing
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
At a convergence oceanic-continental plate boundary, compressional forces push the oceanic plate and continental plate against each other.
the oceanic plate sink and go beneath continental plate
As the oceanic plate is denser than the continental plate,
Writing
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
At a convergence oceanic-continental plate boundary, compressional forces push the oceanic plate and continental plate against each other.
the oceanic plate sink and go beneath continental plate
As the oceanic plate is denser than the continental plate,
Writing
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
= GIMME the name!
At a convergence oceanic-continental plate boundary, compressional forces push the oceanic plate and continental plate against each other.
the oceanic plate sink and go beneath continental plate
As the oceanic plate is denser than the continental plate,
Writing
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
= GIMME the name!= Give Reasons (because…)
At a convergence oceanic-continental plate boundary, compressional forces push the oceanic plate and continental plate against each other.
the oceanic plate sink and go beneath continental plate
As the oceanic plate is denser than the continental plate,
Writing
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
= GIMME the name!= Give Reasons (because…)
1)Start pointAt a convergence oceanic-continental plate boundary, compressional forces push the oceanic plate and continental plate against each other.
the oceanic plate sink and go beneath continental plate
As the oceanic plate is denser than the continental plate,
Writing
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
= GIMME the name!= Give Reasons (because…)
1)Start point
2) End point
At a convergence oceanic-continental plate boundary, compressional forces push the oceanic plate and continental plate against each other.
the oceanic plate sink and go beneath continental plate
As the oceanic plate is denser than the continental plate,
Writing
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
= GIMME the name!= Give Reasons (because…)
1)Start point
2) End point
At a convergence oceanic-continental plate boundary, compressional forces push the oceanic plate and continental plate against each other.
the oceanic plate sink and go beneath continental plate
As the oceanic plate is denser than the continental plate,
Writing
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
= GIMME the name!= Give Reasons (because…)
1)Start point
2) End point
At a convergence oceanic-continental plate boundary, compressional forces push the oceanic plate and continental plate against each other.
the oceanic plate sink and go beneath continental plate
2 marks = 2 steps
As the oceanic plate is denser than the continental plate,
Writing
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
= GIMME the name!= Give Reasons (because…)
1)Start point
2) End point
At a convergence oceanic-continental plate boundary, compressional forces push the oceanic plate and continental plate against each other.
the oceanic plate sink and go beneath continental plate
2 marks = 2 steps 1 mark
As the oceanic plate is denser than the continental plate,
Writing
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
= GIMME the name!= Give Reasons (because…)
1)Start point
2) End point
At a convergence oceanic-continental plate boundary, compressional forces push the oceanic plate and continental plate against each other.
the oceanic plate sink and go beneath continental plate
2 marks = 2 steps 1 mark
: convergence oceanic-continental plate boundary
As the oceanic plate is denser than the continental plate,
Writing
Naval Base Qns 6A
Explain why oceanic plates subduct under continental plates and identify the resulting landform at the subduction zone. [3]"
= GIMME the name!= Give Reasons (because…)
1)Start point
2) End point
At a convergence oceanic-continental plate boundary, compressional forces push the oceanic plate and continental plate against each other.
the oceanic plate sink and go beneath continental plate
2 marks = 2 steps 1 mark
: convergence oceanic-continental plate boundary
: SUbduct
As the oceanic plate is denser than the continental plate,
Writing
More practices if you’re done
![Thin plate regression splines - Nabble · Thin plate regression splines Simon N.Wood University of St Andrews, UK [Received October 2001. Final revision June 2002] Summary. I discuss](https://img.dokumen.tips/doc/110x75/5eb71ee8ffef06682204cb89/thin-plate-regression-splines-nabble-thin-plate-regression-splines-simon-nwood.jpg)
