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Crazy Tosser
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Does it have an aura, or is the aura just a refraction defect of air?
Crazy Tosser said:But then, if light as a wave... how come we can see everything perfectly defined (assuming perfect vision/photography), even stars that are light years away are not blurry at all, and visible as a dot at any given point, whereas waves are supposed to spread
Crazy Tosser said:But then, if light as a wave... how come we can see everything perfectly defined (assuming perfect vision/photography), even stars that are light years away are not blurry at all, and visible as a dot at any given point, whereas waves are supposed to spread
Crazy Tosser said:But then, if light as a wave... how come we can see everything perfectly defined (assuming perfect vision/photography), even stars that are light years away are not blurry at all, and visible as a dot at any given point, whereas waves are supposed to spread
Crazy Tosser said:But then, if light as a wave... how come we can see everything perfectly defined (assuming perfect vision/photography), even stars that are light years away are not blurry at all, and visible as a dot at any given point, whereas waves are supposed to spread
A light bulb in vacuum is a light bulb that is placed inside a vacuum chamber, where all air molecules have been removed. This creates a vacuum environment, which affects the appearance and behavior of the light bulb.
A light bulb in vacuum appears dimmer and has a longer lifespan compared to a regular light bulb. This is because in a vacuum, there is no air to oxidize the filament, which is the part of the light bulb that produces light. Without oxidation, the filament does not break down as quickly and can emit light for a longer period.
A light bulb in vacuum appears dimmer and has a bluish glow. This is because without air particles to scatter the light, the light appears more concentrated and takes on a different color temperature.
A light bulb in vacuum is used in scientific experiments because it allows for a controlled environment to study the behavior of light without interference from air particles. This is particularly useful in experiments involving lasers, optics, and spectroscopy.
Yes, a light bulb in vacuum is safe as long as it is used within its designated voltage and wattage. However, it should only be handled by trained professionals as the vacuum environment can be hazardous if the bulb breaks or shatters.