Probably. In class 1 div 1, seals are required for enclosures that contain apparatus that can produce arcs, sparks, or enough heat to be an ignition source.
A class 1 division 2 light fixture is one that will not create an explosive hazard in an environment where combustible or explosive gases may be present.
An explosion of light is commonly referred to as a 'flash' or a 'burst'. It can also be described as a 'flare' or a 'blaze' of light.
Light Division was created in 1803.
The explosion of hydrogen gas is exothermic because it releases energy in the form of heat and light. During the explosion, the chemical bonds in hydrogen gas are broken and new bonds are formed with oxygen, releasing more energy than is required to break the initial bonds.
its highly likey its ultraviolet light
An explosion that occurs 100 light years away can be seen on Earth because light travels at a finite speed, so it takes time for the light from the explosion to reach us. Since the speed of light is finite, any event that occurs in the universe will have a delay in when we see it on Earth, depending on its distance.
Some ignition source is required. Like explosives, some spark or explosion is needed to start the chain reaction. Otherwise it will sit there and not do anything.
Directly watching a nuclear explosion can cause temporary or permanent blindness due to the intense light emitted during the explosion. The light can overwhelm the retina, causing burns and potentially leading to blindness. It is advised to avoid looking directly at a nuclear explosion and seek shelter instead.
Light energy IS required for Photosynthesis
A rapid expansion of matter accompanied by heat and light is typically associated with an explosion. Explosions release a significant amount of energy in the form of heat and light as materials rapidly expand and react.
A nuclear explosion viewed from space appears as a bright flash of light followed by a rapidly expanding fireball. The explosion creates a mushroom-shaped cloud that rises into the atmosphere.
An explosion of a firework requires heat to ignite the chemicals within the firework. Once ignited, the explosion of the firework releases light, sound, and heat energy as the chemicals burn and react.