because it closer to earth than other stars so it appears larger
Jupiter itself does not emit light, so it can be considered dark. However, it reflects light from the Sun, so it can appear bright in the sky.
Coz sky is black. If moon appear in day when sun is shines then moon will be not bright simple. EDITED : ... What grade are you in? That a horrible explanation. The moon is so bright at night because at night The Sun and The moon is Aligned so that the Sun's light would hit the moon and which bounce off the moon through the earth. Thus, The moon is bright at night.
Stars are incredibly bright objects. Many of them are in actuality as bright as if not brighter than the sun, but appear as mere points of light due to their distance.
No, but the fact that the Earth orbits the Sun does do that. Because of the way sunlight ins scattered through our atmosphere (and because the Sun is incredibly bright), we cannot see stars that appear near the Sun in the sky; the Sun has to go below the horizon for any stars to be visible. Stars that are near the Sun in the sky are not visible. So as the Earth goes around the Sun, a different set of stars appear to be "behind" the Sun, near it in the sky, each season.
Moonlight appears bright to us because it is actually reflected sunlight. When the sun's rays hit the surface of the moon, some of the light is reflected back towards Earth, making the moon appear glowing and bright in the night sky.
Since the sun (a star) is so bright, no other star can shine during the daytime.
The sun was so bright it burned a hole in the ground.
Stars appear different from the sun because the sun is closer to the earth and the other stars are further away from the earth so that's why the appear differently when you look at them in the sky!!!!!
Space stations can appear bright in the night sky because they reflect sunlight off their solar panels and metal surfaces. This reflection can make them appear as bright, moving objects as they orbit the Earth.
Mercury and Venus are often referred to as the evening star when they are visible in the western sky after sunset. This is because they are closer to the Sun than Earth, so they appear to us as if they are "following" the setting Sun. As they reflect sunlight, they appear bright in the sky during the evening.
because the gravity of the earth :)
The Earth travels in its orbit around the Sun, and so our perspective on the night sky changes a little (about one degree per day) as time goes on. And remember that because the Sun is so bright (well, not so bright, but so CLOSE) and because our atmosphere scatters the sunlight around the sky, we generally can't see stars in the daytime. In three months, for example, the Earth will have moved 90 degrees around its orbit - which means that the stars will appear to be 90 degrees away from where they seemed to to be.