Stalagmites are formed when the stalagtite above it drips small amounts of liquid onto it and it slowly hardens and keeps forming upward. It takes about 100 years for a stalagmite to grow 1 inch.
Stalactites hang tightly to the ceiling of a cave, while stalagmites might grow to reach the cave floor. The names reflect their formation as water drips from the ceiling to form stalactites, and drips onto the cave floor to form stalagmites.
stalagmites are on the cave floor, stalactites are on the cave roof. stalagmites are mighty like Hercules, they hold the ceiling up. +++ An easy mnemonic: "c for ceiling, g for ground". Another is "Stalagmites might reach the roof [and sometimes do, forming a 'column'] and stalactites hang on tight."
Stalagmites are formed when mineral-rich water drips from the ceiling of a cave and deposits calcium carbonate, which crystallizes and accumulates over time to create a conical or mound-shaped structure on the cave floor.
The stalactites hang from the ceiling, and the stalagmites are on the ground.
Stalactites are formations that hang from the ceiling of a cave and are formed by water dripping and leaving mineral deposits behind. Stalagmites are formations that grow up from the cave floor as a result of mineral deposits accumulating from water dripping onto the cave floor. Over time, stalactites and stalagmites can grow towards each other and eventually merge to form a column.
it is physical
The formation in a cave that rises from the floor are called stalagmites
Yes, the formation of stalagmites in a cave is a physical change. This process involves the deposition of minerals from water dripping from the ceiling of the cave, leading to the growth of stalagmites over time through a physical accumulation of material without any change in the chemical composition.
physical because doesn't matter if it forms its still a cave
The formation of stalagmites in a cave is a chemical change. This process occurs when water containing dissolved minerals drips from the ceiling of a cave, leaving behind deposits of minerals as it evaporates. Over time, these mineral deposits accumulate and solidify into stalagmites.
Stalactites hang tightly to the ceiling of a cave, while stalagmites might grow to reach the cave floor. The names reflect their formation as water drips from the ceiling to form stalactites, and drips onto the cave floor to form stalagmites.
Yes, the formation of stalactites and stalagmites occurs in the zone of saturation. Groundwater drips through the ceiling of a cave and leaves behind mineral deposits when the water evaporates, forming stalactites. When the water drips onto the cave floor, it leaves deposits that build up into stalagmites.
stalagmites are on the cave floor, stalactites are on the cave roof. stalagmites are mighty like Hercules, they hold the ceiling up. +++ An easy mnemonic: "c for ceiling, g for ground". Another is "Stalagmites might reach the roof [and sometimes do, forming a 'column'] and stalactites hang on tight."
Yes, the formation of stalagmites is considered a physical change. It involves the deposition of minerals from water onto cave floors, without any change in the chemical composition of the minerals themselves.
Yes, precipitation of calcite can occur in caves through a process called cave formation or speleothem formation. This happens when dissolved calcium carbonate in water drips or flows into the cave, allowing calcite to crystallize and accumulate as stalagmites, stalactites, and other cave formations.
Stalagmites are formed when mineral-rich water drips from the ceiling of a cave and deposits calcium carbonate, which crystallizes and accumulates over time to create a conical or mound-shaped structure on the cave floor.
No, stalagmites are typically formed by water dripping down from the roof of a cave and depositing calcite minerals. The presence of salt in the water can sometimes influence the formation of unique mineral structures within stalagmites, but salt itself is not the primary component in stalagmite formation.