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then it would hardly have vegetation and human life would not exist
we would all obviously die
The temperature on Earth will become so hot that no living animal, human or plant could survive.
well u see there would be uhh fire and stuff
oceans and lakes would freeze solid and all life inthe water would die.
we would all die
If there was no magma in Earth's composition, there would be no volcanic activity or volcanic eruptions. This would lead to the absence of many landforms associated with volcanic activity, such as mountains, and the recycling of minerals and nutrients through the Earth's crust would be significantly altered. Additionally, the Earth's geothermal energy would be greatly reduced as magma plays a key role in the generation of geothermal energy on our planet.
all human and animal activity would die
then it would hardly have vegetation and human life would not exist
it would not affect the earth in anyway because all volcanoes do is kill,hurt and destroy !
You would most likely find magma at the Earth's surface in locations where volcanic activity is occurring, such as volcanic eruptions, lava flows, and volcanic vents. Magma rises to the surface through volcanic conduits and can form volcanic features like mountains, calderas, and lava lakes.
No, the Antarctic plate does not have hotspots. Hotspots are areas of volcanic activity caused by mantle plumes rising from the Earth's core, and the Antarctic Plate is mainly a stable tectonic plate with no current volcanic activity.
Volcanic activity heats up and melts existing rock beneath the Earth's surface, creating molten magma. This magma is then forced to the surface through volcanic eruptions, cooling and solidifying to form volcanic rocks such as basalt, andesite, or rhyolite. The specific composition and characteristics of the volcanic rock depend on factors like the type of magma, eruption style, and cooling rate.
Without convection in Earth's mantle, the movement of tectonic plates would cease, leading to no volcanic activity or earthquakes. This lack of movement would also disrupt the Earth's magnetic field, affecting navigation and exposing the planet to more harmful solar radiation.
volcanic activity
If the moon got too close to Earth, the gravitational forces between the two bodies would become stronger, causing disruptive tides, earthquakes, and volcanic activity. Ultimately, there could be a catastrophic collision between the two bodies, leading to widespread destruction and major changes to Earth’s orbit and environment.
If convection in the mantle slowed down, it would likely lead to a decrease in plate tectonic activity, potentially resulting in reduced volcanic eruptions and seismic activity. This could also impact the movement of continents and the overall heat distribution within the Earth, affecting various geological processes.