The standard freshman physics explanation for this phenomenon is that cold air has a higher index of refraction than warm air does. As a result, photons (particles of light) travel through hot air faster than they can through cold air because the hot air is less dense.
If the air is all the same temperature--cold or hot--light travels through it in a straight line. ... As a result, photons (particles of light) travel through hot air faster than they can through cold air because the hot air is less dense.
Answers & Comments
Answer:
The standard freshman physics explanation for this phenomenon is that cold air has a higher index of refraction than warm air does. As a result, photons (particles of light) travel through hot air faster than they can through cold air because the hot air is less dense.
Explanation:
Light travels faster in COLD AIR
Answer:
sana maka tulong
Explanation:
If the air is all the same temperature--cold or hot--light travels through it in a straight line. ... As a result, photons (particles of light) travel through hot air faster than they can through cold air because the hot air is less dense.