Candles are not the same as the speed of light of the sun

Updated on science 2024-04-16
11 answers
  1. Anonymous users2024-02-07

    According to the principle of invariance of the speed of light, the basic principle of special relativity, the speed of light of a candle and the sun is the same.

    Also, in the relativistic space-time world, the synthesis of velocity is no longer as simple as our usual vector addition and subtraction, it should be u=(u'+v)/[1+(u'v)/c^2]

  2. Anonymous users2024-02-06

    In contrast, sunlight must travel faster in a vacuum than candle light in air (a candle cannot burn drops without air).

  3. Anonymous users2024-02-05

    The speed of the candle and the sun is the same, and the speed of light propagation is only related to the medium of propagation, not the light source.

  4. Anonymous users2024-02-04

    The reason why there are many colors of light, as well as visible light, invisible light, and laser light, is only different in frequency. Ordinary light is different from lasers, except that the photons of light move in different directions. The photons of ordinary light are scattered, while the photons of laser are concentrated, and that's the difference between them.

    Invisible light is invisible to the naked eye because its frequency is not within the range of frequencies seen by the naked eye. Depending on the frequency of color light, the retina will feel differently. The essence of light is photons, and the speed of photons is constant, so, the speed of all light is the same.

    Whereas, light belongs to electromagnetic waves, and the speed of electromagnetic waves is the same.

  5. Anonymous users2024-02-03

    The speed of light itself is the same, and your problem is that the intensity of light is different, not the speed.

  6. Anonymous users2024-02-02

    If it is the same in a vacuum, it is no longer in a vacuum, and the greater the frequency of light, the smaller the speed of light.

  7. Anonymous users2024-02-01

    The speed of light is the same in the same medium.

  8. Anonymous users2024-01-31

    Same in the same homogeneous medium.

  9. Anonymous users2024-01-30

    Candles emit a faint light, and this light can also reach the speed of light, because the speed of light is not directly related to whether the light of the candle is weak or not.

  10. Anonymous users2024-01-29

    It can reach the speed of light, and the light emitted by the candle is still traveling at the speed of light, although it is very weak.

  11. Anonymous users2024-01-28

    The light emitted by a candle can reach the speed of light, and the speed of our light, it does not distinguish what kind of material the light is emitted.

Related questions
19 answers2024-04-16

Of course, the speed of human vision is not comparable to the speed of light, and the reason why we can see the stars when we look up is actually that "photons" play a role in transmission. We all know that since the great physicist Albert Einstein in the last century, and his special theory of relativity, the two major systems of general relativity have been born; >>>More

10 answers2024-04-16

In middle age, there is still a lifespan of 5 billion years. But the last few million years will turn into red giants that will scorch the Earth. But no human or species seems to have lived for more than 4 billion years. So don't worry.

11 answers2024-04-16

Judging from the **, this peace buckle of yours is jadeite. In the discipline of jewelry and jade, "jade" and "jade" are two different concepts, jade contains jadeite, and jadeite is only one of the jade. In the understanding of the jade industry or some consumers, "jade" is equal to a specific jade variety, some people will commonly refer to jadeite as "jade", and some people will refer to Hetian jade as "jade". >>>More

26 answers2024-04-16

No, monkeys are fatter than pigs! (Fat Monkey and Little Skinny Pig) Hehe.

16 answers2024-04-16

I can tell you for sure that the two essential functions of the range hood purifier and the range hood are different, and the problems solved are not the same, so I will introduce it to you in detail: >>>More