the reason a far object looks small is because of the light bouncing off of that object. only the light waves bouncing off and comming directly to your eye will you see. there is much more light being reflected from that object but because of your distance from it the majority of the light waves have traveled in other directions. ( here is a thought experiment ) if you had a 1foot by 1foot mirror and you were standing 100 feet in front of it, if you shined a flashlight directly at the mirror would the light be the same brightness when it is reflected back.
Because they are so far away. Same principle applies to any object as it recedes into the distance.
When trying to look at an object that is too small to see with the naked eye. The kind of microscope will depend on how small the object is.
When the object is far away from a concave mirror, the image formed is real, inverted, and highly magnified. This image is formed at the focal point of the mirror.
When an object is very close to a convex lens, the image appears larger than the object and can be virtual, upright, and magnified. In contrast, when the object is far from the lens, the image is smaller than the object and can be real, inverted, and diminished in size.
when there is an object that is very small, and when you need to look closer into it.
because they are very far away from the earth
it looks sharp an con capture any moving small object
A coin is an object that is small in size.
The point is called the "vanishing point" when an object gradually becomes too small or too far away from the viewer to be perceived with the naked eye.
a small white circle.
no, the sun is not the largest object because there are much larger stars and other suns that are far,far,far,far,far,far,far,far,far, faaaaaaaaaaaaaraway from us!!!!AMAZING!!!!!!
When you look at an object that is far away, the light rays reflecting off the object appear more parallel by the time they reach your eyes. This causes the lens in your eye to flatten, which helps focus the image on the retina. Your brain then processes this information to perceive the distant object as smaller and potentially less detailed compared to closer objects.