That's right. But the sun shines on them and lights them up.
The same reason you can see a rock in a dark room when you shine
a flashlight on it, even though the rock does not produce light.
no planets crust does not have light of their own but the core of the earth has light of its own
Planets can be seen because they reflect sunlight. As light from the Sun hits the planets' surfaces, some of it is absorbed, and the rest is reflected back towards us on Earth, making them visible in the night sky.
Planets can be seen from Earth because they reflect sunlight, making them visible in the night sky. The planets in our solar system are relatively close to Earth, which allows them to be seen without a telescope or binoculars. Their brightness and position change as they move along their orbits around the Sun.
As most objects do NOT produce their own light, we see them when they reflects light from other sources. The light that reflected from non-luminous objects comes from a light source like Sun or lamp.
Cities can be seen from space.
In short, yes, but it really depends on how far the planets are from Earth. Planets such as Venus and Jupiter can be seen literally as soon as the sun has set, so nearby planets will be visible in light-polluted cities.
Objects that reflect light and can be seen from Earth include the Moon and planets in our solar system, such as Venus and Mars. These celestial bodies do not produce their own light but instead reflect sunlight, making them visible in the night sky. Additionally, artificial satellites and space debris can also reflect light, sometimes appearing as bright points moving across the sky.
Earth
Planets and moons can be seen because of the light that shines off of them in space.
Nearby planets like Mercury, Venus, Mars can be seen form earth through naked eye. But their visibility is low and are seen only during special occasions.
that remains to be seen. although the chances are slim, there might be an earth-like planet millions of light-years away!
Planets, moons, asteroids, artificial satellites.