Red light and blue light travel the same speed in a vacuum, however they travel different speeds when traveling through any medium other than a vacuum.
In most media, blue light has a higher index of refraction (usually denoted with the letter n) than red light. The higher the index of refraction, the slower the light goes compared to its speed in a vacuum. This relationship is governed by the following equation: v = c/n where v is the speed of light in a particular medium, n is the index of refraction of light in that medium and c is the speed of light in a vacuum. Since red has a smaller n than blue in most media, red travels faster then blue in most media.
The index of refraction is determined by solving Maxwell's equations for a particular frequency and a particular medium.
Red light and blue light travel the same speed in a vacuum, however they travel different speeds when traveling through any medium other than a vacuum.
In most media, blue light has a higher index of refraction (usually denoted with the letter n) than red light. The higher the index of refraction, the slower the light goes compared to its speed in a vacuum. This relationship is governed by the following equation: v = c/n where v is the speed of light in a particular medium, n is the index of refraction of light in that medium and c is the speed of light in a vacuum. Since red has a smaller n than blue in most media, red travels faster then blue in most media.
The index of refraction is determined by solving Maxwell's equations for a particular frequency and a particular medium.
In a normal dispersive medium, red light is farthest from the base of the prism and blue light is the closest. Red travels faster.
Air is not as obstructive to the lightbeams as water or glass, which bends the light.
All have the same speed.
Einstein stated that nothing can travel faster than light.
If you could travel faster than light, then you could also travel to the past. This is related to the definition of simultaneity, in the Special Theory of Relativity.If you could travel faster than light, then you could also travel to the past. This is related to the definition of simultaneity, in the Special Theory of Relativity.If you could travel faster than light, then you could also travel to the past. This is related to the definition of simultaneity, in the Special Theory of Relativity.If you could travel faster than light, then you could also travel to the past. This is related to the definition of simultaneity, in the Special Theory of Relativity.
No light travels way faster
In air, light waves travel about 871 thousand times faster than sound waves.
nope. because then it would travel faster than light, which is currently impossible.
No. All colors travel at the same speed. It is called "the speed of light".
No. Nothing can travel faster than light.
Travel faster than the speed of light. By definition, Superluminal is "Faster-than-light (FTL)"
No. Faster than light travel is impossible in any case.
No, nothing travels faster than light.
Nothing that has mass can travel faster than the speed of light. A fly's wing has mass, therefore it cannot travel faster than light.
Einstein stated that nothing can travel faster than light.
no
No.
No
No.
Cerenkov radiation.