@echemaru.sobreo:

*--*Sun*--* :

we can only see the light coming from the moon(idk if its true its my hypotutnus) hypothesis for other terms

JAMES😈 :

it's because moon have light reflected by sun and it's so massive

andon🤪 :

bro moon is big

W3L :

What about the sun?

CROW :

We can see the Moon from 238,855 miles away because our eyes are not limited by distance, but rather by light and size.Here is why this happens, broken down step-by-step:1. The 3-mile limit is caused by Earth's curve, not your eyesWhen you stand on a flat beach, you can only see about 3 miles because the Earth curves downward. Objects further than 3 miles literally drop below the horizon and hide from your view. However, when you look up into space, there is no curved ground blocking your view. Space is completely open.2. The Moon is absolutely massiveAn object's visibility depends on how much space it takes up in your field of vision (its angular size). The Moon has a diameter of 2,159 miles. Because it is so giant, it still appears large enough in our sky for our eyes to easily process its shape, even from hundreds of thousands of miles away.3. The Moon reflects intense sunlightThe vacuum of space is completely empty, meaning there is no fog, dust, or smoke to block light. The Sun shines directly onto the Moon, and the Moon acts like a giant mirror. It reflects millions of light particles (photons) across space directly into your pupils, easily triggering the light receptors in your brain.💡 The Simple Analogy:Imagine you are standing in a dark desert at night.If someone turns on a tiny smartphone screen 3 miles away, you cannot see it because it is too small and dim.If someone turns on a giant stadium lighthouse 50 miles away, you can see it easily because it is massive and incredibly bright.The Moon is like that giant stadium lighthouse in the sky!If you want to explore this further, let me know if you would like to know:Why the Moon looks much bigger when it is close to the horizon (The Moon Illusion).How far your eyes can see when looking at distant stars at night.

Ｃａｎａｒｄ :

What about plane???

BALTAZAR :

then why do i don't see Everest it its Big

@⃟: :

What about sun

Beast.QY :

human can as long as there is light

Říííízek :

what about the Sun

Saim Ali :

we see the lights of moon , not actual moon

veer Hassan :

*How far can the human eye see?* It depends on light and size, but here’s the short answer: - *On Earth*: On a clear day you can see about *3-5 km* to the horizon when standing on flat ground. From a mountain or tall building it can be *50+ km*. - *In space*: The eye can see much farther because there’s nothing in the way. - *Andromeda Galaxy* — about *2.5 million light-years* away. That’s the farthest object most people can see with just their eyes on a dark night. - *Bright stars* — hundreds to thousands of light-years away. *What limits it?* 1. *Brightness* — the object has to be bright enough 2. *Size* — bigger objects are easier to see far away 3. *Air, dust, and light pollution* — they block light So basically: a few km on the ground, but millions of light-years up in the sky ✨ Want me to tell you what the farthest thing you can see from Peshawar on a clear night is?

￴ ￴ ￴ ￴ ￴ ￴￴ ￴ ￴ ￴ ￴ ￴ ￴ ￴ ￴ ￴ :

We can see the Moon from 238,855 miles away because our eyes are not limited by distance, but rather by light and size.Here is why this happens, broken down step-by-step:1. The 3-mile limit is caused by Earth's curve, not your eyesWhen you stand on a flat beach, you can only see about 3 miles because the Earth curves downward. Objects further than 3 miles literally drop below the horizon and hide from your view. However, when you look up into space, there is no curved ground blocking your view. Space is completely open.2. The Moon is absolutely massiveAn object's visibility depends on how much space it takes up in your field of vision (its angular size). The Moon has a diameter of 2,159 miles. Because it is so giant, it still appears large enough in our sky for our eyes to easily process its shape, even from hundreds of thousands of miles away.3. The Moon reflects intense sunlightThe vacuum of space is completely empty, meaning there is no fog, dust, or smoke to block light. The Sun shines directly onto the Moon, and the Moon acts like a giant mirror. It reflects millions of light particles (photons) across space directly into your pupils, easily triggering the light receptors in your brain.💡 The Simple Analogy:Imagine you are standing in a dark desert at night.If someone turns on a tiny smartphone screen 3 miles away, you cannot see it because it is too small and dim.If someone turns on a giant stadium lighthouse 50 miles away, you can see it easily because it is massive and incredibly bright.The Moon is like that giant stadium lighthouse in the sky!If you want to explore this further, let me know if you would like to know:Why the Moon looks much bigger when it is close to the horizon (The Moon Illusion).How far your eyes can see when looking at distant stars at night.

Ahmad F Rakill :

(Caution This is from Gemini) We can see the moon because the "3-mile limit" only applies to objects on Earth's curved surface, not to the night sky. Visibility depends on light and size, not distance.The Curved Earth FactorThe 3-mile rule is geographic: Standing on flat ground, the Earth's curvature hides objects behind the horizon after about 3 miles.The sky has no horizon: The Moon is high above the horizon, meaning there are no physical obstacles or land curves blocking your line of sight.Why We See the MoonLight generation: The Moon reflects a massive amount of sunlight directly toward your eyes.Angular size: The Moon is huge (2,159 miles wide), making it large enough to easily register on your retina despite the distance.No obstacle: Space is a vacuum, so light travels through it completely unobstructed until it hits our atmosphere.To put this in perspective, you can see stars like Vega or Betelgeuse at night, which are trillions of miles away, simply because they are incredibly bright.If you'd like to explore this further, I can explain how atmospheric distortion affects our view or how large the Moon actually appears compared to a coin held at arm's length.

Santo Niño :

moon is big thas why

Jaden_MAN :

because we have max render distance

JZ&JM :

what about the sun

MRCHIP :

the sun farther and we see it

4dn4n :

We can see the moon because the "3-mile limit" only applies to objects on Earth's curved surface, not to the night sky. Visibility depends on light and size, not distance.The Curved Earth FactorThe 3-mile rule is geographic: Standing on flat ground, the Earth's curvature hides objects behind the horizon after about 3 miles.The sky has no horizon: The Moon is high above the horizon, meaning there are no physical obstacles or land curves blocking your line of sight.Why We See the MoonLight generation: The Moon reflects a massive amount of sunlight directly toward your eyes.Angular size: The Moon is huge (2,159 miles wide), making it large enough to easily register on your retina despite the distance.No obstacle: Space is a vacuum, so light travels through it completely unobstructed until it hits our atmosphere.To put this in perspective, you can see stars like Vega or Betelgeuse at night, which are trillions of miles away, simply because they are incredibly bright.If you'd like to explore this further, I can explain how atmospheric distortion affects our view or how large the Moon actually appears compared to a coin held at arm's length.

Ficguz? :

GEOOOOOO :

i feel so smart