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when the vapor pressure is greater than 5 mm
When the pressure of an explosion expands and tears the casing of the explosive, it results in the release of the explosive material and the creation of a shockwave. This can lead to widespread damage and destruction in the surrounding area, depending on the size and strength of the explosion.
Fragmentation
The material has malleability, the ability to be shaped or extended by physical pressure without breaking or cracking.
Lava can be explosive if it is high in gas content, such as dissolved water vapor or carbon dioxide, which can cause pressure to build up and lead to explosive eruptions. On the other hand, lava can be non-explosive if it is low in gas content and flows more easily without building up pressure, resulting in effusive eruptions with slower lava flows.
The pressure is greater then 10 mm.
when the vapor pressure is greater than 5 mm
When the vapor pressure of a chemical or solution exceeds atmospheric pressure, it can pose an explosive hazard. This is because high vapor pressure indicates that the substance can easily evaporate and form a flammable or explosive atmosphere when mixed with air in certain concentrations. Proper handling and storage procedures are necessary to mitigate this risk.
A firecracker contains chemical energy stored in its gunpowder or explosive material. When ignited, the chemical reactions release this energy in the form of heat, light, sound, and pressure.
No- but it may explode from a volcano due to the pressure behind it. The material itself is not an explosive.
A firecracker uses chemical energy stored in the explosive material inside it. When ignited, this chemical energy is rapidly released as heat, light, sound, and pressure, causing the firecracker to explode.
Explosiveness is a chemical property because it involves the chemical reaction that results in a rapid release of gas, heat, and pressure. It is not an inherent physical property of the material itself.
In a firecracker, chemical energy stored in the explosive material is rapidly converted into thermal (heat) and light energy, leading to the explosion and generation of heat and light.
Pressure is a physical property that can change based on the conditions of a substance, such as temperature and volume. It does not involve a change in the chemical composition of a substance, so it is not considered a chemical change.
There is no electron rearrangement when a material evaporates, which is what defines a chemical change. Evaporation is the material's vapor pressure overcoming the particular force (Van der Waals, etc) that otherwise keeps it a liquid.
When the pressure of an explosion expands and tears the casing of the explosive, it results in the release of the explosive material and the creation of a shockwave. This can lead to widespread damage and destruction in the surrounding area, depending on the size and strength of the explosion.
Explosives explode due to a rapid release of stored energy, often in the form of heat, light, sound, and pressure. This release of energy occurs when the chemical bonds within the explosive material are broken, causing the material to rapidly expand and generate a shock wave.