The bending of light around a large distribution of matter, such as a cluster of galaxies is known as gravitational lensing. Gravitational lensing occurs due to the curving of space-time caused by a massive gravitational field caused by either by a large distribution of matter, such as a galaxy cluster or a black hole.
This curving of space-time causes light rays passing through to bend around the gravitational center. A very large amount of matter is needed in order for the lensing effect to occur, typically in the range of a hundred to a thousand galaxies. The bending caused by a single star would be negligible.
When looking up at the sky, you see dots instead of stars because stars are extremely far away and appear as tiny points of light due to the vast distances involved. The Earth's atmosphere and light pollution also scatter and block much of the light emitted by stars, making them appear as dots or points of light.
Stars appear small in the sky because they are incredibly far away from Earth. Despite being huge in size, the vast distances between the stars and us make them look like tiny points of light when we observe them from Earth.
there are certain times when those planets... like venus..... are in an alignment with the sun and the sun's light... letting those planets REFLECT the same light the stars do...... the sun's light...... without the sun's light..... the stars too would be dark ^^
Stars appear smaller than they really are due to their immense distance from Earth. The light from stars gets spread out over a large area as it travels through space, making them appear as tiny points of light in the night sky. This phenomenon is known as angular size reduction.
Oh, isn't that just the most beautiful sight? Stars, when viewed through a telescope, sparkle like little diamonds against the velvet-black sky. They shimmer and twinkle, showering us with their ethereal glow, reminding us of the vastness and wonder of the universe. Just imagine painting those magnificent celestial treasures on a mesmerizing night sky canvas.
When looking up at the sky, you see dots instead of stars because stars are extremely far away and appear as tiny points of light due to the vast distances involved. The Earth's atmosphere and light pollution also scatter and block much of the light emitted by stars, making them appear as dots or points of light.
In "Indian in the Cupboard," the bright stars are typically depicted as sparkling and twinkling against a dark night sky. They appear as tiny, glowing points of light that create a sense of wonder and magic for the characters in the story.
Stars appear tiny in the sky because they are extremely far away from Earth, often millions of light years. This great distance makes them appear as small points of light when viewed from our planet. Additionally, the brightness of stars can also make them appear smaller as they overwhelm our vision with intense light.
Colors
Stars appear small in the sky because they are incredibly far away from Earth. Despite being huge in size, the vast distances between the stars and us make them look like tiny points of light when we observe them from Earth.
you can see mars and Jupiter but they look like stars unless you use a telescope ------------------------ Because stars shine - give off light - while planets do not.
Go out in the middle of nowhere, like a field or a small hill. That way there isn't any light pollution blocking the stars.
The stars are light years away which is the distance light travels in a year. A light year is about 3x108km. The farther something is from you the slower they seem to travel so the stars don't look like the are moving. In reality, they are moving very fast.
there are certain times when those planets... like venus..... are in an alignment with the sun and the sun's light... letting those planets REFLECT the same light the stars do...... the sun's light...... without the sun's light..... the stars too would be dark ^^
They are still there. But the light from the sun diffuses through the air around the earth, and the air becomes so bright that it drowns out the light of the stars. If you go to a place where there is no air ... like the International Space Station or the moon ... you can see the stars even when the sun is also in the sky. in other words the light from the sun makes it look like the stars disapeared : )
Stars appear smaller than they really are due to their immense distance from Earth. The light from stars gets spread out over a large area as it travels through space, making them appear as tiny points of light in the night sky. This phenomenon is known as angular size reduction.
Stars do shine during the day. The reason we don't see them is that the light from the sun is much brighter than that of other stars on earth and therefore blocks out the light of other stars at daytime.We normally would see upwards of 2,000 stars in the night sky, but do not because artificial light sources like streetlights bounce light upward and block out the stars in a similar fashion.The answer lies in the behavior of light we call scattering, and in the way the eye works as light levels increase. Though the stars in the sky shine all the time, during the day, the sun is so bright and so much of its light is scattered in the atmosphere that the tiny points of light we see at night are not visible in all the scattered sunlight. The "incoming" light certainly gets to our eyes as the sun is so bright we can't look directly at it, but tons of light coming in is scattered by air and everything in the air that we get light coming at us "from all directions" up in the sky. The result is that the eyes cannot resolve tiny light sources that are stars. Another way to look at it is that the eyes are "overloaded" by all the scattered light from the sun, and they are "desensitized" by it. We will, therefore, not be able to see those tiny points of light during the day that are relatively easily seen at night.