none, they are inert and can't explode.
Xenon is the most explosive inert gas. When combined with fluorine, it forms xenon hexafluoride, which is a powerful oxidizing agent and a strong fluorinating agent. This compound is highly explosive and can detonate upon contact with organic materials.
Hydrogen
That depends on how much gas there is.
Yes. The gas is actually the primary driving force behind explosive eruptions.
Yes. The gas is actually the primary driving force behind explosive eruptions.
Yes. More gas trapped in magma leads to a more explosive eruption. Water vapor is the most abundant gas in magma.
Xenon is the most explosive inert gas. When combined with fluorine, it forms xenon hexafluoride, which is a powerful oxidizing agent and a strong fluorinating agent. This compound is highly explosive and can detonate upon contact with organic materials.
This gas is helium.
Hydrogen is explosive!!!! What about the earth's atmosphere? That is about 80% nitrogen.
Chlorine gas itself is not explosive, but it can react with certain substances to form explosive compounds. It is a highly reactive and toxic gas that can cause respiratory issues and irritation if inhaled.
Hydrogen
That depends on how much gas there is.
No, argon is not explosive. It is a non-reactive and inert gas that does not undergo chemical reactions under normal conditions.
For anyone who owns a home, installing equipment to keep a home safe from both burglars and potential hazards is a necessity. While all people are aware that they need to have smoke alarms to help keep the home secure, most people do not think about alarms to notify if smoke is present. To ensure that you are safe in your home, you should install an explosive gas detector. An explosive gas detector will provide you with a series of beeps if an explosive gas is present in your home. This alarm system could end up saving your life if a gas is present.
Non-explosive volcanoes will have low concentrations of gas in the magma.
Hydrogen is an explosive gas that can react violently with oxygen in the presence of a spark or flame, forming water and releasing energy in the process.
Yes. The gas is actually the primary driving force behind explosive eruptions.