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Geysers are formed when groundwater is heated by nearby magma true or false?
True
Groundwater heated by a nearby body of magma can spray from the ground under preasure forms what?
Groundwater heated by magma can form geysers, where the pressure from steam and boiling water builds up underground until it forcefully ejects through the surface in a powerful spray. This process is what creates geothermal features like geysers and hot springs.
Why are hotsprings and geysers found in area of present or past volcanic activity?
because they are both heated by a nearby body of magma
Groundwater heated by a nearby body of magma can spray from the ground under pressure forming a?
Groundwater heated by a nearby body of magma can spray from the ground under pressure, forming a geyser. As the water is heated, it expands and becomes superheated steam, which increases pressure until it erupts through the surface. This dramatic release of pressure results in a periodic eruption of hot water and steam into the air. Geysers are often found in volcanic regions, where geothermal activity is prevalent.
What forms when water is heated by nearby magma?
When water is heated by nearby magma, it can form steam, which is the gaseous state of water. This process can lead to the creation of hydrothermal systems, where the superheated water can dissolve minerals and create hot springs or geysers. Additionally, if the heat is intense enough, it may also contribute to the formation of volcanic gases. Overall, the interaction between water and magma can significantly influence geological processes and surface features.
Are geysers formed when groundwater is heated by nearby magma?
Geysers are, in fact, formed when groundwater is heated by nearby magma. They can also be formed by volcanic eruptions and earthquakes occasionally as well.
Geysers are formed when groundwater is heated by nearby magma true or false?
True
Groundwater heated by a nearby body of magma can spray from the ground under preasure forms what?
Groundwater heated by magma can form geysers, where the pressure from steam and boiling water builds up underground until it forcefully ejects through the surface in a powerful spray. This process is what creates geothermal features like geysers and hot springs.
Why are hotsprings and geysers found in area of present or past volcanic activity?
because they are both heated by a nearby body of magma
Why are hot springs and geysers found in areas present or past volcanic activity?
cause they are both heated by a nearby body of magma or by hot rock.
What forms when water is heated by nearby magma?
When water is heated by nearby magma, it can form steam, which is the gaseous state of water. This process can lead to the creation of hydrothermal systems, where the superheated water can dissolve minerals and create hot springs or geysers. Additionally, if the heat is intense enough, it may also contribute to the formation of volcanic gases. Overall, the interaction between water and magma can significantly influence geological processes and surface features.
Is nearby a compound word?
No, "nearby" is not a compound word. It is a single word formed by combining "near" and "by."
Why are hot springs and geysers found in area of present or past volcanic activities?
cause they are both heated by a nearby body of magma or by hot rock.
What kind of metamorphic rock is formed where rocks have been heated but not deformed?
A metamorphic rock formed where rocks have been heated but not deformed is called a contact metamorphic rock. This type of rock forms when existing rocks are altered by the heat from nearby magma without experiencing significant pressure or deformation. Examples include hornfels and marble.
How hot spring work?
The water is heated by a nearby volcanic activity.
Is the word nearby a compound word?
Yes, the word nearby is a compound word, made up of 'near' and 'by'.
How are hot springs formed?
Deep in the earth, beneath your feet, the molten rock of the earth's interior transmits heat upward through sold rock to ground water which has penetrated to that depth. This extremely hot water then forces its way upward through fissures and fractures, warming rocks and water as it goes. Where the hot water can escape at the ground surface, a hot spring is formed. Extremely hot water has properties important to the development of a hot spring's plumbing system. First, its lower density allows it to rise more easily through small channels. Second, it is a much better solvent than is cooler water; it dissolves astounding amounts of silica, a common component of volcanic rock. In this way, channels are enlarged while others are soon clogged with new deposits. The dissolved minerals are rapidly deposited around the hot springs and geysers as the water cools and can no longer hold it in solution. Hot springs differ from geysers in that their underground systems allow rapid circulation of water. The rising hot water dissipates heat energy by evaporation or runoff, while convection currents return the cooler water to the underground system, keeping it in equilibrium.
