OK in outer space , the first thing is sound does not travel in a vacuum also there is no concussion. In films the explosion , and sound happen at the same time, NOT possible, sound travels slower than the light. So if you see an explosion, the sound would arrive later not at the same time, unless u were stood right beside it.
Scientists study distant galaxies to understand the formation, evolution, and properties of galaxies over time. By observing galaxies that are far away, they can explore the universe at different epochs and gain insights into how galaxies have changed and evolved since the early universe. Studying distant galaxies also helps scientists refine theories about the laws of physics and the nature of the universe as a whole.
Explosions may or may not represent a chemical change. A stick of TNT going off is a chemical explosion. A compressed gas cylinder with a failing weld that blows up while being filled is a mechanical explosion. In the case of a volcano, the cause of the explosion is mechanical. We take a page from physics to answer this question. It is a buildup of pressure caused by heating of the magma (which may include gases and water) that causes the violent release of energy that we observe.
Nothing. Quantum is a branch of physics
The full form of the word physics is physics. It does kind of sound like it derives from the word physical science or physiology or something but it doesn't.
contribution of chemistry to physics
The two mistakes are that sound travels slower than light, so if you see and hear a distant explosion at the same time, the explosion actually happened some time earlier. Additionally, the speed of light is much faster than the speed of sound, so the light from the explosion will reach you much sooner than the sound.
1.that you see the explosion and hear it at the same time , while you should see first and here it later. 2.that sometimes there is smoke which immposible since there is no air.
The explosion formula in physics is based on the principle of conservation of energy, which states that energy cannot be created or destroyed, only transferred or transformed. In the case of an explosion, a rapid release of stored energy causes a sudden increase in pressure and temperature, leading to the expansion of gases and the generation of a shockwave. This rapid expansion of gases creates a force that propels debris outward, causing damage in the surrounding area. The explosion formula helps to explain the dynamics of an explosion by quantifying the energy released and the resulting effects on the surrounding environment.
An explosion releases a large amount of energy in a short period of time, creating a shockwave that propagates through the air. This shockwave can cause rapid changes in pressure and temperature, leading to severe injuries such as internal bleeding, organ damage, and blunt force trauma. Additionally, the explosion may generate projectiles or flying debris that can cause further harm to individuals in the vicinity.
L. N. Khitrin has written: 'The physics of combustion and explosion (Fizika goreniya i vzryva)'
It's the same after explosion. This is because an explosion is an internal force on the satellite. In physics, an internal force on an object does not affect its motion. The center of mass of the object will continue to move as if no explosion occured. Watch a fireworks show, and you can kind of visualize this.
Sorry dear friend, i don't know the answer coz I asked this question and "THEY" are supposed to answer. [sorry if there is any mistakes] by BLAcK HaWK
Any explosion on the ground makes a mushroom cloud, even small grenades. This is because of the physics of the explosion. The high pressure pushes out rapidly, making a low pressure zone in the middle of the explosion. Air rushes back in to fill this area, making the smaller "pinched" area that looks like the mushroom stalk.
One should start by following a systematic procedure so as to ensure the avoidance of the trivial mistakes and develop good habits.
Scientists study distant galaxies to understand the formation, evolution, and properties of galaxies over time. By observing galaxies that are far away, they can explore the universe at different epochs and gain insights into how galaxies have changed and evolved since the early universe. Studying distant galaxies also helps scientists refine theories about the laws of physics and the nature of the universe as a whole.
Stuart Thomas Butler has written: 'The energy explosion' -- subject(s): Power (Mechanics), Power resources 'Introduction to modern medicine' -- subject(s): Popular Medicine 'The family of the sun' -- subject(s): Juvenile literature 'Introduction to physics' -- subject(s): Physics
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