Mars is called "the red planet" because of its high iron content. It may appear blue if visible in the night sky because of our atmosphere filtering out some wavelengths of the sun's light (which reflects off of Mars's surface, and into your eyes).
the most basic answer is they shine because of the reflected sunlight. I am sure you have noticed the phases of the moon. as the moon orbits the earth, it is illuminated by the sun. when the moon is full it is receiving full sunlight, when it is a new moon it is between the earth and sun. Not all planets shine the same. Mercury for instance, is typically only a black dot that crosses the sun. Venus has phases like the moon...so it is not always as bright night to night. Jupiter, depending on its distance from Earth, also varies in its brightness.
Like all planets, Mars does not emit light, but simple reflects light from the sun.
The same reason as why the moon shines during the night.
The sun shines on it, the light get reflected and we can see the reflection.
Like all planets, Mars does not emit light, but simple reflects light from the sun.
The same reason the moon shines. The light from the sun reflects off the surface.
They reflect light from the Sun.
The sun's sunlight.
reflected
Planets shine because they reflect light from the sun.
They are shining from reflected sunlight - any you know how bright the sun is.
What allows the moon shine is the reflection of the sun.
The moon and planets reflect sunlight, they do not produce light.
The sun's sunlight.
reflected
SUN A DOY for light
Sunlight hitting the planets' surface reflex back to earth. Just like you can see the moon shine at night
Planets shine because they reflect light from the sun.
They are shining from reflected sunlight - any you know how bright the sun is.
What allows the moon shine is the reflection of the sun.
planets do not shine with their own energy but shine because of energy of stars. they revolve around stars
The moon does not shine of itself. What we see is when the sun is shining on the moon and it is illuminated. So the moon is reflecting light towards us. If you were on the moon, and the sun was shining on the part of earth that was facing you, the earth would appear to be shining. The other planets that we see that appear to shine, are also just being lit up by the sun.
The duration of Shine on Harvey Moon is 1800.0 seconds.
Because the sun shines on them and illuminates them, exactly the way you shine a flashlight on a rock in order to see it at night.