Wrong - does this look like a planet to you, watch the entire video if you really want to know.

wrong, heres the real Venus - its not a planet, you have been fooled

Also if your balls are round - does that prove the earth is sphere?

If the Death Star is a globe - does that prove thee Earth is a sphere?

If you go to a party and everyone has black hair - does that prove you have black hair?

Use some logic dude, not False equivalencies



This post was edited by card_sultan on Dec 3 2016 10:24pm

Wrong
You HAVE to be high if you think I'm watching this.

This is actually a photograph I took of the Brightest planet (Venus) Nice try though.

t4t

confirmed flat earth putting on tin foil hat now

Venus is shining like the sun? Sounds legit

we live in flat earth simulation

Dodged the ridiculous claims because I don't feel like wasting energy conjuring a response to your silly claims
Here's some more pictures of these planets that "don't exist"

Mars


Saturn again:



I bet you don't believe in Aurora Borealis either, here's a pic I took while I was in Quebec.



Considering the ISS moves 17,150 miles per hour, taking a picture isn't easy. I'll try to get you one though, it's possible to track it, I don't have an automatic tracker on my telescope so I need to find things manually.
Lol, go try to take a picture of a satellite and tell me how easy it is. You can barely see them, you need to really focus your eyes on the sky.

Define the word "exist".



Why is Venus bright? As the planet next-inward from Earth in orbit around the sun, Venus is relatively nearby. But it’s nearness isn’t the only reason Venus is bright. Consider that Mars orbits one step outward from Earth. And Mars waxes and wanes in brightness in our sky. It’s only exceptionally bright around the time Earth passes between Mars and the sun, when the Red Planet is at its closest to us.

With Venus, something else is going on. Astronomers use the term albedo to describe how bright a planet is in absolute terms. When sunlight strikes a planet, some of the light is absorbed by the planet’s surface or atmosphere – and some is reflected. Albedo is a comparison between how much light strikes an object – and how much is reflected.

Venus has the highest albedo of any major planet in our solar system. Its albedo is close to .7, meaning it reflects about 70 percent of the sunlight striking it. When the moon is close to full in Earth’s sky, it can look a lot brighter than Venus, but the moon reflects only about 10 percent of the light that hits it. The moon’s low albedo is due to the fact that our companion world is made of dark volcanic rock. It appears bright to us only because of its nearness to Earth. It’s only about a light-second away, in contrast for several light-minutes for Venus.

Venus is bright (it has a high albedo) because it’s blanketed by highly reflective clouds. The clouds in the atmosphere of Venus contain droplets of sulfuric acid, as well as acidic crystals suspended in a mixture of gases. Light bounces easily off the smooth surfaces of these spheres and crystals. Sunlight bouncing from these clouds is a big part of the reason that Venus is so bright.[/SIZE]

You could have literally googled this
http://earthsky.org/space/brightest-planet-brightest-mirrors-venus

This post was edited by Bassist on Dec 3 2016 10:36pm

hey guys the nasa globe earth is CGI!!!!

here is a youtube vid posted from some random dude PROVING that the earth is flat once and for all!

i just came in here to tell you to eat my c9m
didnt even read