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Which type of volcano has explosive eruptions due to thick magma which contains a large amount pf pressurized gas?
A stratovolcano, also known as a composite volcano, is the type of volcano that has explosive eruptions due to thick magma containing a large amount of pressurized gas. The build-up of pressure from the trapped gas within the viscous magma leads to explosive eruptions that can be highly destructive.
What type of magma do highly explosive volcanoes have?
Highly explosive volcanoes typically have viscous, silica-rich magma known as rhyolitic magma. This type of magma contains high amounts of gas and is prone to causing explosive eruptions due to the trapped pressure within the magma chamber.
What gas is In balloons but not explosive?
This gas is helium.
Is chlorine gas explosive?
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.
Which type of volcano has explosive eruptions due to thick magma which contains large amount of pressurized gas?
the stratovolcano
What is an explosive gas?
Hydrogen
What are the different type of eruptions?
Non-explosive and Explosive
What is the explosive range of natural gas?
That depends on how much gas there is.
Higly explosive volcanoes tend to have what type of magma?
Highly explosive volcanoes tend to have thick and viscous magma with high silica content. This type of magma traps gases, leading to pressure buildup and explosive eruptions. Examples of explosive volcanoes include stratovolcanoes like Mount St. Helens.
Can non explosive volcanoes have pyroclastic flows?
The answer is Explosive . It is explosive because during a explosive eruption there are clouds of ash, gas , and rock , and with a pyroclastic flow there is dust and ash . there for the answer must be explosive .
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.
When an explosive detonates what determines the rate at which the explosive charge changes into a highly compressed gas?
The rate at which an explosive charge transforms into highly compressed gas during detonation is primarily determined by the explosive's chemical composition and structure, as well as the conditions of confinement and temperature. The speed of the reaction, known as the detonation velocity, is influenced by factors such as the type of explosive, its density, and the presence of additives or stabilizers. Additionally, the shock wave produced during detonation plays a crucial role in propagating the reaction through the unreacted material, further affecting the rate of gas generation.
