i dont think so. So the answer is probably no.......
i dont think so. So the answer is probably no.......
local people and the environment in which the volcano was in.
Yes, soda can affect the eruption of a baking soda volcano because the reaction between the baking soda and vinegar (or other acidic liquid) produces carbon dioxide gas, creating the fizzing eruption. The type of liquid used can impact the rate and intensity of the reaction.
The lava spluges outta the sides and burns the volcano apart. It looks nothing like it did before.
Three factors that affect the violence of a volcanic eruption are the composition of the magma (viscosity and gas content), the location of the eruption (proximity to populated areas), and the type of volcano (shield, cinder cone, stratovolcano).
The lava spluges outta the sides and burns the volcano apart. It looks nothing like it did before.
A large volcanic eruption can send gases and clouds of particulates very high in the atmosphere, where they can be carried great distances by the wind, even in some cases for 1000 miles.
No. While volcanic eruptions can affect weather, they are considered geologic events.
If the composition of the magma is high in silica, the eruption will be explosive. The Eruption of Mt. St. Helens was an explosive eruption. If the composition of the magma is low in silica, it will produce a quiet eruption. The eruption(s) of Mt. Kilauea are quiet eruptions.
"How does the ratio of baking soda to vinegar affect the height of the eruption in a baking soda and vinegar volcano experiment?"
The eruption of the Yellowstone super volcano is generally accepted to be inevitable. So, when the super volcano does erupt, it is likely to be an ELE (Extinction Level Event). It is likely to end most if not all life on Earth. Even life in Singapore.
Wind direction and speed: Strong winds can carry volcanic ash over long distances, while variable wind patterns can influence the direction in which the ash travels. Eruption intensity: The height and explosiveness of the volcanic eruption can determine how high into the atmosphere the ash plume reaches, affecting how far it can be dispersed.