Question

ghosts report lava bubbling up in their haunted volcano. what boundary are they near? passive convergent divergent transform

Explanation:

Volcanic activity like lava bubbling in a volcano is associated with divergent boundaries (where tectonic plates move apart, allowing magma to rise) or convergent boundaries (where subduction can cause magma formation). However, the "passive" option is not a standard tectonic boundary term. Divergent boundaries are known for seafloor spreading and volcanic activity (e.g., mid - ocean ridges, or rift valleys on land with volcanoes). Convergent boundaries have volcanoes too (like subduction zones), but the mention of "lava bubbling up" in a way that's more about new crust formation (typical of divergent) and the incorrect "passive" option makes Divergent a strong candidate. Wait, actually, let's correct: Divergent boundaries (like mid - ocean ridges or continental rifts) allow magma to rise and form volcanoes with lava. Convergent is subduction - related. But the options here: Passive is not a boundary type. The correct tectonic boundary for volcanic activity with rising lava (like in a rift or mid - ocean ridge) is Divergent. Wait, no, maybe I messed up. Wait, the options are Passive, Convergent, Divergent, Transform. Transform boundaries have earthquakes, no volcanoes. Convergent: subduction, volcanoes (like Andes). Divergent: spreading, volcanoes (like Iceland). But the question's "lava bubbling up" in a volcano – Divergent boundaries are where plates move apart, magma rises to form new crust, so lava would bubble up. So the correct option among the given (with Passive being incorrect) is Divergent (the green option). Wait, the user's options: the green is Divergent, blue Convergent, orange Passive, red Transform. So the answer is Divergent (the green - colored option with text "Divergent").

Answer:

Divergent (the option with text "Divergent" in the green - colored box)