Flat Earth's NEWEST Most Useless Experiment to Date!

without question my most watched video to date is this one and he's got a gate well done about you one commits I'm offer a point well guess what not only is Chris UK back but he's back with another gate and this time he's serious hello all and welcome to another episode of flat earth Friday with me Simon Dan thank you very much for joining me yes Chris UK is back with more scientific experiments to wipe the grin off of our faces his choice of gate this time round is much more rural and he has way more apparatus let's see what he's got [Music] he's got some northern English countryside [Music] he's got a drone [Music] he's got some string and a ball [Music] and he's got a gate [Music] what is he doing [Music] well this all looks very high-tech doesn't it let's hope it goes a lot better than the last one [Music] well he didn't do very well disproving it last time did he yeah hey there is [Music] more on that in a trilogy video [Music] the field of view okay this should be interesting if you're walking that alight and through a set field of view and you close it fills the field of view but as you move back from the field of view it's shrieks in that field of view well if that's your experiment I hate to break it to you buddy but it's kind of being done like a lot of times proving that it's closed because it was 96 million miles away it wouldn't do that same with the Stars they should be the same in both fields of view and shrink in the fields of view as we move away or a cross then they're a lot closer than we're told how far stars are how far the Sun is and how far the moon is we've just got work together using practical science trigonometry to get to know the truth practical science and trigonometry Hey hmm okay sounds easy let's begin the Sun the moon and the stars the Sun because it's 93 million miles away I'm sorry I'm not really sure what your point is are you saying that the Sun gets smaller and bigger in our field of view as it moves across the sky because if you are that's not the case yeah I'm gonna need more of an explanation here mate so looking out my window in my room to the sky we can see through set field of view and I've wondered to myself what would someone else see through that same window another place on the planet if we live on the ball and stars are trillions and bowels away or we're on a flat plane and stars or what closer the sun's of my closer moons my closer I think I've worked it out always worked it out Chris UK has done what no flat earther can do come on in Chris lay it on me just by looking through a set field of view so you've got two fields of view thousands of miles apart or hundreds of miles apart would they see the same thing in different distances from say the Sun the moon stars well as long as there was no atmospherics in the way then there'll be no difference in angular size at all that's because the difference in the distances between two points on a globe compared to the distance to the Sun is so minuscule it's not even worth mentioning you shot if the stars are trillions of miles away see the same thing what if with that distance you see a different thing through these set fields of view then the closer we can work out the trigonometry how far interesting that a flat earther wants to use mathematics normally that's a little bit of an Achilles heel so you've got to two people say 500 miles apart there and 500 miles to their booth lined up to walk at the same point 300 miles away 600 miles away 3,000 miles away at these two points are a thousand mile difference from that point you'd see something difference cut each field of view well if we're talking about the Sun it would be in a slightly different place in the sky but there certainly wouldn't be any size difference the Stars though again will be in a slightly different position because of your position on the globe different latitudes and longitudes of course and there'll be no difference between individual stars either and certainly no size difference if the stars are a trillion miles away you'll see the same in both fields of view what you don't you see a difference in the fieldset fields of view so this is not angular view it's set in a field of view at two points looking at the difference and it stars ritually Muslim he shouldn't see any difference if the sons 96 million miles away you should see hardly any difference but if you want a different longitude or latitude to someone else on a globe then the Sun will be in a slightly different position and that's because you are on a globe are you really proving the globe right now if the moon's hundreds 125,000 miles away you should see some difference well we can using this method we can track this the moon across the sky the Sun across the sky and the stars across the sky and work out for ourselves how far these things are get the clothes in the trillions of miles away we don't see any difference from the two meals of you if they're close we do that's the point I'm making yes I get your point but I think your hypothesis is wrong two different positions on the globe we'll see two slightly different skies and that has nothing to do with how far away these things are it's got everything to do with your position on the globe I mean if one of you is in the northern hemisphere and the other one in the southern hemisphere then your skies will look completely different this is massive proof that starves the Sun are close the moon's a little bit harder to work out because we know it's closer but we'll get there we work together we'll get there I'll set I'll work out how to set this so everyone can set out a field of view it's use as a reference so everyone can shoot the stars wherever they are the same star should be the same for everybody what if in the set field of view it's different with everybody around the globe or the ball or the earth or wherever you think you live then the lines are set field of view that's what I'm on about not anglia view angle of movement to set fields of view to one-and-a-half meter windows a thousand miles apart looking at the distant object 600 miles away will see a deep I feel the view through each point because it's close so the stars are close I'll do exactly the same thing okay then you're talking about a set field of view well if you're looking at the same object from different positions on the globe there will be no difference actually I'll tell a lie if the two of you on different hemispheres then the moon will look reversed I think we need to see some diagrams luckily Chris UK has a whiteboard maybe stole it off conspiracy cats so we've got globe we've got space and we've got a flat plane we're in space got two spaceships a thousand miles apart looking at the Stars the thousand miles apart the stars are trillions of miles away both fields of view in the spaceship has seen the same they will see the same stars same size fill in the window field of view the same right okay happy with that there's our little man walking out as his field of view at one station and the other will see the same thing through both both fields of view so if a spaceship comes along to this one here there's a spaceship it will fill but on this field with you a thousand miles away okay with you so far so this is in space we should see them stylish the same so we move this to the blue you've got two points in it and the Stars the Stars trillions of miles away you should see the same yes obviously the atmosphere around Earth will affect what you see but this the furthest point is the one going through the most atmosphere so possibly the furthest point in looking at Scott he really really doesn't have a clue does he so what I'm saying is in space those fields are usually the same thing if he's trying to spare up two spaces to earth some 1,000 miles apart same stars and that is exactly true that is what we see to a flat plane where we're saying the Stars or what closer we've got thousand mile distance the same as their stars so it's a closed point they'll be different as Soumya so closest their further away will be smaller this is me patiently waiting for an example of this you will never find an example of this ever and why is that because the stars are so far away and as these houses this could be the song the moon or stars and as we traffic across every close so the stars are closer as stars get to there they're an equal distance from each field of view so this field the two fields of view will be the same and as the Stars track across the sky or the moon or the Sun the field of view they have the stars are closer the moon is closer the sun's placer will change stars for changes to this set field of view never set in the field of view will change I'll tell you what you found me a video we're at the start of the night a set of stars are close together then slowly space out and get bigger in your field of view and then get smaller and come closer together again now we can use trigonometry to work quite a few things out so if the scene changing field of view we know stars the Sun and the moon are place except it doesn't change but I'll humor you trust me it's worth it so here's our two fields of view walking through the same window same reference thousand miles okay so the Stars we say are a thousand miles in the sky or 1200 so as we're tracking stars across the sky using trigonometry we can work out how high the Stars so when both fields of you are the same in both points that's 45 degrees that's 45 degrees that's 45 degrees whoa whoa whoa whoa whoa whoa whoa what was that so if that's 45 degrees that's 45 degrees that's 45 degrees Chris buddy come on the sum of the interior angles of a triangle always add up to 180 degrees every single time not 135 degrees I kid you not this is eleven-year-old maths it's a triangle trigonometry workout so eh that's 30 degrees 30 degrees I bet that he couldn't use trigonometry to work out because he just waved his hand and said oh you can use trigonometry to work that out without actually showing us an example so what we have here is and this is by no means an insult I am merely stating facts what we have here a man who doesn't understand basic maths who is trying to educate us on the distances to stars without even showing us any examples or images I think we can safely say that we no longer need to watch anymore this and we could announce that he is talking utter utter nonsense let's leave Chris to his gates [Music] right that wraps up another episode of flutter Friday thank you very much for joining me if you liked it then please do like and subscribe and even tap the bell for notifications as well if the feeling takes you I have been Simon Dan have yourselves a great weekend and I'll see you all on Sunday for a memory lane special until then [Music] [Applause] [Music] you

Channel: SciManDan

Views: 370,535

Rating: 4.8297424 out of 5

Keywords: is the earth flat, what shape is the earth, globe earth, flat earth debunked, flat earthers get schooled, sphere earth, science, stars, star movement, field of view, scimandan, earth science, astronomy, the sun

Id: qGtVaSFmBlg

Length: 19min 51sec (1191 seconds)

Published: Fri Jun 28 2019

Reddit Comments

[u/Alex01854]

I still refuse to believe this is an actual thing. They’re just LARPers.

[u/i_am_bat_bat]

If only flat earther's and the like put this much energy,dedication, and time on expanding on existing science,math,and technology.