Light years
Toward the Light was created in 1920.
Go Toward the Light was created on 1988-11-01.
As light from other galaxies travels through space to reach Earth, it can be affected by various factors, including the expansion of the universe, which causes redshift, making the light appear more stretched and shifting it toward the red end of the spectrum. Additionally, the light may interact with interstellar dust and gas, which can scatter or absorb some wavelengths, altering the observed colors. Gravitational lensing can also occur, where massive objects bend the light, magnifying or distorting the image of the distant galaxy. Ultimately, the light we observe provides valuable information about the universe's structure and the galaxies' properties.
Earth does not emit light because if it did we would be a star, comit, or our own sun, and we would be made of hydrogen and helium like other stars and comits. i am no expert but my studies show the previous information. +++ You are right that only stars can emit light, but a comet (not "comit") is just like an asteroid or planet in being visible only because it reflects the light from the star it orbits.
redshift
because it tilts toward the sun
if there is no moon then there alway the sun which giving its heat &light
its called Dave.
Light years
Toward the Light was created in 1920.
As long as it remains in the vacuum in the vacuum, the speed of the light doesn't change at all.
When a star moves toward Earth, its light is blueshifted, which means its wavelengths appear shorter and the light appears more blue. This is due to the Doppler effect, where motion of the source of light causes a change in its perceived wavelength.
The moon is between the sun and earth and reflects light back toward the sun
The moon is between the sun and earth and reflects light back toward the sun
As light can also travel in vacuum so no extra force can change its direction.
Yes, light is affected by Earth's gravitational pull. According to the theory of general relativity, light bends when passing through regions with strong gravitational fields, such as around massive objects like Earth. This effect is known as gravitational lensing.