Because the speed of light is much faster than the speed of sound. Therefore, when the light from that event reaches your eyes, you see it. Then later, the sound from the event reaches your ears, and you hear it. Basically it's just because light travels faster than sound.
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∙ 15y agoLight travels much faster than sound - about a million times faster. When an event happens at a distance, light reaches your eyes almost instantly, allowing you to see it first. Sound, on the other hand, travels much slower, taking some time to reach your ears, which is why you hear the event after seeing it.
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∙ 15y agoThe speed of light is faster than the speed of sound.
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∙ 14y agoLight travels faster than sound.
Speed of light = 299,792,458 meters\second
Speed of sound = 343 meters/second
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∙ 12y agoYou see it first because light travel faster than sound and if you can see it you will not hear it until later on because of the fact that sound travels MUCH slower than sound.
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∙ 13y agobecause light speed is faster than the speed of sound, that is why you hear the bang of a fire work AFTER it has exploded.
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∙ 15y agobecause light travels faster than sound
Even though the lightning and thunder occur at roughly the same time, you would see a distant strike before you would hear it, because the light travels to you about 882 thousand times as fast as the sound does.
If the crowd is far away, they may see a distant view of the event or performance, with limited detail. They may hear muffled or faint sounds, depending on the distance and surrounding noise. They may miss out on the full experience and atmosphere compared to being closer to the action.
For the same reason you see lightning before you hear thunder, Light travels faster than sound.
Before a thunderstorm, the sky can become dark and overcast as thick storm clouds block out the sunlight. The atmosphere may also feel heavy and humid, and you may notice distant lightning or hear distant thunder as the storm approaches.
You see a clap before you hear it because light travels much faster than sound. When someone claps, the sound waves created by the clap take longer to reach your ears than the light waves reaching your eyes, causing a delay in what you see and what you hear.
Light travels faster than sound, so when an event occurs, light reaches our eyes before sound reaches our ears. This results in us seeing distant events before we hear them.
Even though the lightning and thunder occur at roughly the same time, you would see a distant strike before you would hear it, because the light travels to you about 882 thousand times as fast as the sound does.
You know when your best friend has given up on you when you don't see or hear from them as often as you used to. They seem distant and are cooler with you than before.
Even though the lightning and thunder occur at roughly the same time, you would see a distant strike before you would hear it, because the light travels to you about 882 thousand times as fast as the sound does.
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.
For the same reason you see lightning before you hear thunder, Light travels faster than sound.
Heat lightning is lightning from a distant thunderstorm. Because of the great distance, you never hear the thunder, and usually do not see the bolt, but rather a flash in distant clouds. It is usually seen at night.
they hear them before they see them.
You see lightning before you hear it because light moves faster than sound. Thunder comes from the lightning. You can't hear it until the sound waves reach you.
Can hear and saw are the verbs, but "saw" should be "see".
They could see and hear the news.
Light travels faster than sound, so when a rocket launches, the light from the event reaches your eyes before the sound reaches your ears. This is why you see the light before you hear the sound during a rocket launch.