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This is a convergent plate boundary. It is oceanic to oceanic. It is creating a ocean trench which means one plate is going under the other one.

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This is a continental-oceanic boundary. It is identified by the deep ocean trench right next to japan.

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This is plate boundary is convergent. I know this because the pacific plate is going under the north American plate. It also is oceanic to oceanic.

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This would be a divergent plate boundary because there are two plates moving away from eachother which is forming a divergent plate boundary in the sea that is in the middle of the two plates.

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This is a oceanic to oceanic. Seems to be convergent because the Australia plate is above the other plate along the ridge. There are mid-ocean trenches being formed where they collide.

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it is a convergent

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This is a plate boundary between the Pacific and Australian plate. This boundary appears to be an oceanic to oceanic convergent boundary. The Australian plate subducts underneath the Pacific plate forming a trench as well as the Indonesian islands.

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This is an oceanic-continental convergent boundary. It can be identified by the deep ocean trench cause by one plate being pushed underneath the other.

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This is the Mid-Oceanic Ridge. I know this because it's in the middle of the Atlantic Ocean and I can see the plates starting to move.

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It is a divergent boundary. I know this because the water get deeper very suddenly

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The Indian plates collapsed and then it created mountains. The plates started falling down to create mountains.  My picture would be a Convergent plate.

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in the image above it shows a oceanic-continental convergent boundary. It is that one because its

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It is a oceanic to oceanic convergent boundary, because it is a mid ocean ridge. It is located in the Indian Ocean.

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This shows a divergent plate boundary. I know this because they are moved away from each other.

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This trench was formed when the convergent boundary was formed. I know this because the oceanic plate is going under one another. It is off the Bahamas.

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In the image below it shows a oceanic-continental convergent boundary. You can tell because the Coco's Plate is colliding with the North American plate and you can see a darker line in the ocean which shows that it is a deep ocean trench. Since the plates are colliding it cause a dip in the ocean since one plate is less dense that plate goes over the denser one cause the dip.

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It has mountains because the two plates pushed together. It is a continental continental convergent. I know because of the mountains.

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The place I chose shows a transform boundary. The plates that are making the transform boundary are the North American plate and the Pacific plate. The San Andreas fault is huge Transform boundary and goes on for miles. Many earthquakes happen in this area which is proof that it is a Transform boundary.

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It is a an oceanic to continental convergent boundary. The plates that collide are the Nazca Plate and The South American Plate. You can tell its a convergent boundary due to the less dense going over the more dense plate. Witch has created mountains.