Fill in the PURPLE TEXT BOXES with the type of plate boundary shown (Convergent, Divergent, Transform). These will be used more than once on the two slides. Fill in the RED TEXT BOXES with the associate landforms (volcanoes, trench, mid ocean ridge, rift valley, mountains) Some of these may be used more than once between the two slides. Fill in the ORANGE TEXT BOXES with what is going on below the surface (subduction zone, convection current, earthquake)

If you're diving into the world of plate tectonics, it’s super important to understand how these boundaries interact to shape our planet. At convergent boundaries, you’ll often find rugged mountains or deep ocean trenches as one plate dives beneath another in a dramatic showdown! Meanwhile, divergent boundaries give birth to mid-ocean ridges and rift valleys because the plates pull apart, allowing magma to ooze up and create new crust. When it comes to what's brewing beneath the surface, subduction zones and convection currents create some of the most exciting geological action! Subduction zones form at convergent boundaries, leading to intense pressure and the potential for powerful earthquakes. On the flip side, convection currents in the mantle are continually moving the plates around like a giant game of cosmic bumper cars—leading to even more geological wonders above ground!