3. At location C, hot springs and geysers have formed. What is the most likely explanation for this? A. The area is located near a plate boundary where two plates are moving apart, allowing magma to rise and heat the groundwater. B. The area is located over a volcanic hotspot, where molten rock from deep within the Earth heats groundwater. C. The area is located on the edge of a mountain range, where rainfall is trapped in underground reservoirs and heated by the sun. D. The area is located near a fault line, where the movement of tectonic plates creates friction and heats the groundwater.

Hot springs and geysers are fascinating geological features often linked to volcanic activity, so option B is quite popular among geology enthusiasts! This volcanic hotspot theory suggests that as molten rock rises, it heats surrounding groundwater, creating stunning natural displays as steam and hot water erupt to the surface. In locations like Yellowstone National Park, you can witness these delightful phenomena in full swing. It’s not just a geologist's playground; hot springs are also renowned for their therapeutic benefits, attracting visitors looking to relax and rejuvenate in the warm, mineral-rich waters!