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What are some substances that have the explosive sign?
different reactions during explosions
Does Mount Fuji have explosive or non explosive eruptions?
Mount Fuji typically has non-explosive eruptions, which are characterized by the slow release of lava and volcanic gases. However, there is also some evidence of explosive eruptions occurring in the past, which have produced ash clouds and pyroclastic flows.
If a volcano contained magma with small proportions of water and silica would you predict a nonexplosive eruption or an explosive one why?
This would result in a non-explosive, "runny" eruption, similar to what you get in Hawaii, where the volcano simply pours out lava. Explosive reactions occur when rocks contain large amounts of water and silica, which flash into steam, resulting in a rapid expansion, and thus a dangerously explosive reaction.
Why are some volcanoes more destructive then others?
Some volcanoes are more destructive than others due to factors such as the type of magma composition (viscosity), presence of volatile gases, proximity to populated areas, and eruption style (explosive vs. effusive). Volcanoes with highly viscous magma tend to have more explosive eruptions, while those with runnier magma may have more frequent but less destructive eruptions. Additionally, the size and frequency of eruptions can also play a role in determining the overall destructiveness of a volcano.
How do you make a chemical reaction bang?
Creating a loud bang in a chemical reaction typically involves reactions that release a large amount of gas or energy very quickly, such as those involving explosive materials. These reactions rapidly expand the volume of gas produced, creating a shockwave and resulting in the "bang" sound. Safety precautions should always be taken when working with explosive materials.
What are some substances that have the explosive sign?
different reactions during explosions
What are some chemical reactions in the atomic bomb?
electrical battery chemistryconventional explosive detonation chemistry
Why nuclear reactions are more explosive?
Nuclear reactions are more "explosive", i.e. energetic, because they depend on the release of binding energy, which is also called the strong force, or the strong interaction. (The four fundamental forces in nature are the strong force, the electromagnetic force, the weak force, and gravity.) Contrast this with chemical reactions, such as the detonation of TNT, and you have many, many more orders of magnitude per unit of source mass with nuclear.
Is sulfur an explosive substance?
No, sulphur in the pure form is not an explosive.
How can one safely conduct explosive chemical reactions at home?
It is not safe to conduct explosive chemical reactions at home. These reactions can be extremely dangerous and should only be done by trained professionals in a controlled laboratory setting. It is important to follow all safety guidelines and regulations when working with explosive chemicals to prevent accidents and injuries.
Light can cause explosive reactions among certain chemicals?
Yes
Is chlorine explosive?
Chlorine itself is not explosive; however, it can react with other substances to form explosive compounds. It is important to handle chlorine with care and follow safety protocols to prevent any potentially hazardous reactions.
Is argon explosive?
No, argon is not explosive. It is a non-reactive and inert gas that does not undergo chemical reactions under normal conditions.
What types of valcanoes would be the most explosive?
Volcanoes with more viscosity are more explosive.
Is hydrogen more explosive than gasoline?
Yes, hydrogen is more explosive than gasoline.
Which element is more radioactive and explosive uranium or polonium?
Polonium is more radioactive than uranium, as it emits alpha particles that are highly energetic. However, uranium is more explosive due to its ability to undergo fission reactions, which release a large amount of energy quickly.
Which type of nuclear reaction is used in atomic bombs?
Fission reactions are used in atomic bombs. This involves splitting heavy atomic nuclei, such as uranium or plutonium, into smaller fragments. The release of energy from these reactions is what produces the explosive force of the bomb.
