Plate Boundaries: Divergent (plates separate), Convergent (plates collide), Transform (plates slide).

The image provided is a completed chart about Plate Boundaries. It correctly organizes the three main types of tectonic plate interactions, what happens when plates move in those ways, and the geological features or events that result.

Since all sections are already filled in accurately, there’s no missing information to solve — but if this was meant to be a fill-in-the-blank exercise, here’s how we can verify each part:

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Step 1: Divergent Boundary
- Definition: When two plates separate (move apart).
- Resulting features: Mid-ocean mountain ranges (like the Mid-Atlantic Ridge), volcanoes under the sea (which can form islands like Iceland), and earthquakes.
✔ This is correct.

Step 2: Convergent Boundary
- Definition: When two plates collide (come together).
- Resulting features: Volcanoes (especially at subduction zones), mountain ranges (like the Himalayas or Andes), and deep earthquakes (from one plate diving under another).
✔ This is also correct.

Step 3: Transform Boundary
- Definition: When two plates slide past each other horizontally.
- Resulting feature: Earthquakes (like along the San Andreas Fault). No volcanoes or mountains typically form here because plates aren’t pushing up or pulling apart — just sliding.
✔ Correct again.

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All boxes are properly filled with accurate scientific information. If you were asked to complete this chart, you’ve done it right!

Final Answer: The chart is already correctly completed. All descriptions for divergent, convergent, and transform boundaries match standard earth science knowledge.