Prove it.

yes as a tiny dot

we need a massive telescope to see it

or just get a small one

I can't since you don't believe in images. Just go to your clisest observatory and they'll show you

a freaking... nikon 900 are you kidding me thats horrible as "proof"

All you have are images to prove mars is terrestrial? No actual proof?

yet you believe the nikon

what if there's no mars at all

only bueno's

like I said, go to your nearest observatory but you seem to be too stubborn for that

and twix

If something's there

In your field of vision

You can most likely touch it

Thats like you said

Grass is green you dont to prove it because we can see it

Without being in the sky, it is impossible to see the curvature of the Earth. However, you can always see a demonstration of this if you visit a harbor or any place with a wide-open view of the water.

If you are able to watch a ship sail off to sea, watch its mast and flag as it fades off into the distance. You will notice that, in fact, it does not "fade off into the distance" at all; instead, you will see its mast and flag appear to slowly sink. The ship sailed beyond the point at which you would see it. Just to be sure, bring a pair of binoculars with you so that you can see even farther off into the distance.

It's as if you're watching it go over to the other side of a hill. This phenomenon can only be explained by a sphere-shaped planet.

explain this to me

We can literally see Mars is not a physical object.

earth is round

its a globe

Then you should go to a telescope

so Mars is metaphysical or what?

It’s definitely celestial. Not something we can travel to.

mars is a round full grown planet

how is it celestial and non physical?

floating around in our fishbowl

Solar eclipses get all the attention, but if you are able to catch a glimpse of a lunar eclipse, you can see evidence that the Earth is, indeed, round. Here's how it works: Earth passes between the moon and sun, so that the sun projects Earth’s shadow onto the Moon in the night sky. You've probably seen a partial lunar eclipse without even noticing it; if the moon looks orange, that's a sign of a lunar eclipse. If you've ever seen a total lunar eclipse, you probably noticed that the shadow did not look like this.

Imagine a vast plane with but one tree smack in the middle. If the earth were flat, your vision would extend exactly as far while standing at the base of the tree as it would when at the top of the tree. However, the farther you climb, the farther your line of sight will extend to the horizon.

That's because parts of Earth that were concealed from view by its curvature are now revealed because your position has changed. Back to the vast plane. The naked eye can see objects that are millions of miles away in space. Theoretically, with a clear line of sight on a clear night, one would also be able to see bright lights from far-away cities. That this is not possible is further evidence of a round, not flat, Earth.

yes a TV show is the same as Nasa

According to a 2008 paper in Applied Optics by David K. Lynch, the curvature of the earth becomes somewhat visible at an elevation of 35,000 feet (with a >60° field of view) and more easily visible at an elevation of 50,000 feet. So if you're on the right commercial flight, you might be able to see the curvature of the earth with your own two eyes.

In the event that you're not high enough, though, you can still experience the curvature of the earth another way. For example, if you were to fly all the way around the world, you'd find that it would be nighttime in part of the world and daytime in another part. In that way, the existence of time zones itself is proof that the Earth is round.

Taken another way, you wouldn't even need to travel through different time zones. Time zones are wide enough that you will see the sun rising and/or setting later in the western part of a time zone than in the eastern part. According to the Farmers' Almanac, the sun will rise and set roughly four minutes later for every 70 miles you drive from east to west.

If you wanted to combine this experiment with the previous one, you could note how much more of Earth you can see when you begin your ascent into the air than you can while you are sitting on the tarmac waiting to take off.

<:cool:507986727953235970>

<:BigSmiles:556070613224259594>

Earth is bloody round

no it is noot

dumbas

noot noot <:GWqlabsNotLikeNoot:403294813191143424>

soory me not very good at the english language