Not necessarily. Many of the explosions we are familiar with involve high-temperature chemical reactions, which do release light. Explosions at lower temperature, such as steam explosions, do not produce light.
2,000,000. By definition.
"Explosion" refers to a sudden and violent release of energy or an outward bursting of something. It can produce heat, light, sound, and pressure waves, often causing damage to its surroundings.
Yes, fireworks produce heat as they contain materials that undergo combustion reactions to create colorful displays in the sky. The heat generated during these reactions is what causes the explosion and creates the burst of colorful light that we see.
Light bulbs emit electromagnetic radiation, specifically visible light, to produce light.
A ton of TNT can produce approximately 4.184 x 10^9 joules of energy. This energy can result in a large explosion and the force generated would depend on the specific circumstances of the explosion, such as confinement and environment.
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.
An "explosion" in the economy's ability to produce would likely refer to a positive thing. This means there has been a sudden, drastic improvement in economic production.
2,000,000. By definition.
they produce protons and electrons they are collition then the light produce and heat produce
"Explosion" refers to a sudden and violent release of energy or an outward bursting of something. It can produce heat, light, sound, and pressure waves, often causing damage to its surroundings.
its highly likey its ultraviolet light
Yes, fireworks produce heat as they contain materials that undergo combustion reactions to create colorful displays in the sky. The heat generated during these reactions is what causes the explosion and creates the burst of colorful light that we see.
Yes, it is possible to see an explosion from a hundred miles away, depending on the size and type of the explosion, as well as atmospheric conditions. Large explosions, such as those from industrial accidents or nuclear detonations, can produce bright flashes of light that are visible from great distances. However, factors like terrain, weather, and visibility can affect whether or not the explosion is seen from such a distance. In general, the larger and more intense the explosion, the farther away it can be seen.
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.
Yes, the explosion of gasoline would involve a chemical change. This is because the chemical composition of the gasoline is altered during the explosion as it is rapidly oxidized and reacts with the oxygen in the air to produce heat, light, and gases like carbon dioxide and water vapor.
combustion is purely a chemical reaction, need not to be natural while explosion is naturally chemical energy. explosion requires expansion of volume while this is not necessary in case of combustion.
No, not all light bulbs produce polarized light. The polarization of light depends on the source of light and its characteristics. LED and fluorescent light bulbs can produce polarized light, while incandescent bulbs generally do not produce polarized light.