Flat Earth

[Astargath]

^^^ How does the signal electrode connect to the optic nerve?


edit:

I should note I've posted the video requested; "convex earth" being one of a couple of examples given. I do not however agree with any of their analysis or conclusions they present in that video; their work intensive, accurate and empirically based experiments do speak for themselves.

Still waiting for any evidence for all your claims, though. Oh wait sorry, there is no way to take a picture of it because that would be too easy to prove, right?

3 holes prove the earth is round. https://youtu.be/hLPPE3_DVCw?t=4m20s

Notbatman can't debunk this video

There's nothing to debunk, an actor on a TV show is making a claim with no evidence, explanation or anything but a graphic that shows the opposite of what he's claiming.

It's an easy experiment that can be performed by anyone if you know how to calculate angles, what do you mean no evidence. You can't debunk it because you can't, you are not even smart enough to calculate the angles by yourself you moron.

So prove me wrong then, show me the "3 hole" calculations I'm too dumb to perform that makes a close, small Sun projected off of a mirrored dome impossible.

Who's the fucking idiot here, me or the clown on TV making unsubstantiated claims?

Go take a picture of the edge and stop this madness already 

They wont. They have all these insane claims but never any evidence to back them up. We have so many fake photos, videos and even livestreams but they can't even find a ''real'' photo of the edge, the dome, the holographic projections? The flat earth? Nothing.

[oonao]

if the earth is flat then where is the tip? we just need logic 

probably most people will answer the north pole and south pole 

[—]

I do not think flat because we know that on our earth there are mountains, oceans, lowlands, highlands ,,

Oh dear me just lost for words....

[—]

if the earth is flat then where is the tip? we just need logic 

Logic?
* Moon is strong enough to make tides but clouds and rain no worries
* Mathematics for every mile in length the curve is 8 inch squared (100km 870 meter, 1km 8.7cm, 100 m 87mm) can you show some practical evidence
* 1000 miles per hour rotation and you feel nothing
* Have you heard of 2nd law of thermodynamic, look it up
* Transmitting over such long distances would require billion of billions of watts, what with solar panels
* Two coastal cities 2 hour flight apart manage to have massive temperature differences with the sun 93 million miles away
* .....can fill the page
Did you sell your logic?

[Astargath]

if the earth is flat then where is the tip? we just need logic 

Logic?
* Moon is strong enough to make tides but clouds and rain no worries
* Mathematics for every mile in length the curve is 8 inch squared (100km 870 meter, 1km 8.7cm, 100 m 87mm) can you show some practical evidence
* 1000 miles per hour rotation and you feel nothing
* Have you heard of 2nd law of thermodynamic, look it up
* Transmitting over such long distances would require billion of billions of watts, what with solar panels
* Two coastal cities 2 hour flight apart manage to have massive temperature differences with the sun 93 million miles away
* .....can fill the page
Did you sell your logic?

Not sure if you are a troll but here we go:

1. Newton's theory of gravity provided the first correct explanation of ocean tides and their long known correlation with the phases of the moon. Roughly a century later it was also used to predict the existence of atmospheric tides. the density of the clouds can be considered to be (but not in fact) the same as that of the air in which they ride. In this case one could consider a cloud to be simply an opaque section of air. The Moon does affect the air and along with the air the clouds are likewise affected.

2. I can show you plenty of photos of earth

3. Think about riding in a car or flying in a plane. As long as the ride is going smoothly, you can almost convince yourself you’re not moving. A jumbo jet flies at about 500 miles per hour (about 800 km per hour), or about half as fast as the Earth spins at its equator. But, while you’re riding on that jet, if you close your eyes, you don’t feel like you’re moving at all. And when the flight attendant comes by and pours coffee into your cup, the coffee doesn’t fly to the back of the plane. That’s because the coffee, the cup and you are all moving at the same rate as the plane.

4. You should be the one looking it up

5. What distances?

6. And a close sun would explain that better because?

Did you sell your brain?

[exemplaar]

^^^ How does the signal electrode connect to the optic nerve?


edit:

I should note I've posted the video requested; "convex earth" being one of a couple of examples given. I do not however agree with any of their analysis or conclusions they present in that video; their work intensive, accurate and empirically based experiments do speak for themselves.

Still waiting for any evidence for all your claims, though. Oh wait sorry, there is no way to take a picture of it because that would be too easy to prove, right?

3 holes prove the earth is round. https://youtu.be/hLPPE3_DVCw?t=4m20s

Notbatman can't debunk this video

There's nothing to debunk, an actor on a TV show is making a claim with no evidence, explanation or anything but a graphic that shows the opposite of what he's claiming.

It's an easy experiment that can be performed by anyone if you know how to calculate angles, what do you mean no evidence. You can't debunk it because you can't, you are not even smart enough to calculate the angles by yourself you moron.

So prove me wrong then, show me the "3 hole" calculations I'm too dumb to perform that makes a close, small Sun projected off of a mirrored dome impossible.

Who's the fucking idiot here, me or the clown on TV making unsubstantiated claims?

Go take a picture of the edge and stop this madness already 

They wont. They have all these insane claims but never any evidence to back them up. We have so many fake photos, videos and even livestreams but they can't even find a ''real'' photo of the edge, the dome, the holographic projections? The flat earth? Nothing.

We always deliver-The Truth



+bonus pic

[notbatman]

if the earth is flat then where is the tip? we just need logic  

Logic?
* Moon is strong enough to make tides but clouds and rain no worries
* Mathematics for every mile in length the curve is 8 inch squared (100km 870 meter, 1km 8.7cm, 100 m 87mm) can you show some practical evidence
* 1000 miles per hour rotation and you feel nothing
* Have you heard of 2nd law of thermodynamic, look it up
* Transmitting over such long distances would require billion of billions of watts, what with solar panels
* Two coastal cities 2 hour flight apart manage to have massive temperature differences with the sun 93 million miles away
* .....can fill the page
Did you sell your logic?

Not sure if you are a troll but here we go:

1. Newton's theory of gravity provided the first correct explanation of ocean tides and their long known correlation with the phases of the moon. Roughly a century later it was also used to predict the existence of atmospheric tides. the density of the clouds can be considered to be (but not in fact) the same as that of the air in which they ride. In this case one could consider a cloud to be simply an opaque section of air. The Moon does affect the air and along with the air the clouds are likewise affected.

2. I can show you plenty of photos of earth

3. Think about riding in a car or flying in a plane. As long as the ride is going smoothly, you can almost convince yourself you’re not moving. A jumbo jet flies at about 500 miles per hour (about 800 km per hour), or about half as fast as the Earth spins at its equator. But, while you’re riding on that jet, if you close your eyes, you don’t feel like you’re moving at all. And when the flight attendant comes by and pours coffee into your cup, the coffee doesn’t fly to the back of the plane. That’s because the coffee, the cup and you are all moving at the same rate as the plane.

4. You should be the one looking it up

5. What distances?

6. And a close sun would explain that better because?

Did you sell your brain?

An object traveling on a linear path with a constant velocity experiences no acceleration. In contrast a rotating object with a constant angular velocity experiences constant acceleration.

How do you rectify this you fucking shill? You give as an example a jet traveling on a linear path at a constant velocity with no acceleration as your example of why you can't feel any acceleration on an object you claim is rotating thus experiencing acceleration.

I know your answer is going something about the magic force of gravity (an unproven theory) but I just like to show what absolute nonsense your arguments for the globe are.

[sepeda karat]

In my opinion
flat earth followers are not ignorant people who do not understand and do not understand science then concocted a new theory.

[Astargath]

if the earth is flat then where is the tip? we just need logic  

Logic?
* Moon is strong enough to make tides but clouds and rain no worries
* Mathematics for every mile in length the curve is 8 inch squared (100km 870 meter, 1km 8.7cm, 100 m 87mm) can you show some practical evidence
* 1000 miles per hour rotation and you feel nothing
* Have you heard of 2nd law of thermodynamic, look it up
* Transmitting over such long distances would require billion of billions of watts, what with solar panels
* Two coastal cities 2 hour flight apart manage to have massive temperature differences with the sun 93 million miles away
* .....can fill the page
Did you sell your logic?

Not sure if you are a troll but here we go:

1. Newton's theory of gravity provided the first correct explanation of ocean tides and their long known correlation with the phases of the moon. Roughly a century later it was also used to predict the existence of atmospheric tides. the density of the clouds can be considered to be (but not in fact) the same as that of the air in which they ride. In this case one could consider a cloud to be simply an opaque section of air. The Moon does affect the air and along with the air the clouds are likewise affected.

2. I can show you plenty of photos of earth

3. Think about riding in a car or flying in a plane. As long as the ride is going smoothly, you can almost convince yourself you’re not moving. A jumbo jet flies at about 500 miles per hour (about 800 km per hour), or about half as fast as the Earth spins at its equator. But, while you’re riding on that jet, if you close your eyes, you don’t feel like you’re moving at all. And when the flight attendant comes by and pours coffee into your cup, the coffee doesn’t fly to the back of the plane. That’s because the coffee, the cup and you are all moving at the same rate as the plane.

4. You should be the one looking it up

5. What distances?

6. And a close sun would explain that better because?

Did you sell your brain?

An object traveling on a linear path with a constant velocity experiences no acceleration. In contrast a rotating object with a constant angular velocity experiences constant acceleration.

How do you rectify this you fucking shill? You give as an example a jet traveling on a linear path at a constant velocity with no acceleration as your example of why you can't feel any acceleration on an object you claim is rotating thus experiencing acceleration.

I know your answer is going something about the magic force of gravity (an unproven theory) but I just like to show what absolute nonsense your arguments for the globe are.

Traveling in any path besides a straight line at a constant velocity does indeed require some type of acceleration. The Earth is always accelerating as it bends its way around the sun.  This is because the Sun is always exerting a gravitational force on the Earth. Due to the eccentricity of the orbit, we're going slightly faster when we are closer to the Sun (in January) than we are when we are further away (in July).  So there is a slight change in speed. The problem is that it's too small. The acceleration of the spinning earth away from your feet is, at the equator, about .02 m/s^2. It's swamped by the gravity, about 9.8 m/s^2. You don't feel a difference like that, though it shows up on a bathroom scale.

You can certainly see it moving at least compared to stars and planets like in this beautiful video: https://youtu.be/x2D7jHfitzk?t=29s

[serbad]

To my surprise.!!!!!.... Listen.!
https://www.youtube.com/watch?v=A_sY2rjxq6M

[notbatman]

if the earth is flat then where is the tip? we just need logic  

Logic?
* Moon is strong enough to make tides but clouds and rain no worries
* Mathematics for every mile in length the curve is 8 inch squared (100km 870 meter, 1km 8.7cm, 100 m 87mm) can you show some practical evidence
* 1000 miles per hour rotation and you feel nothing
* Have you heard of 2nd law of thermodynamic, look it up
* Transmitting over such long distances would require billion of billions of watts, what with solar panels
* Two coastal cities 2 hour flight apart manage to have massive temperature differences with the sun 93 million miles away
* .....can fill the page
Did you sell your logic?

Not sure if you are a troll but here we go:

1. Newton's theory of gravity provided the first correct explanation of ocean tides and their long known correlation with the phases of the moon. Roughly a century later it was also used to predict the existence of atmospheric tides. the density of the clouds can be considered to be (but not in fact) the same as that of the air in which they ride. In this case one could consider a cloud to be simply an opaque section of air. The Moon does affect the air and along with the air the clouds are likewise affected.

2. I can show you plenty of photos of earth

3. Think about riding in a car or flying in a plane. As long as the ride is going smoothly, you can almost convince yourself you’re not moving. A jumbo jet flies at about 500 miles per hour (about 800 km per hour), or about half as fast as the Earth spins at its equator. But, while you’re riding on that jet, if you close your eyes, you don’t feel like you’re moving at all. And when the flight attendant comes by and pours coffee into your cup, the coffee doesn’t fly to the back of the plane. That’s because the coffee, the cup and you are all moving at the same rate as the plane.

4. You should be the one looking it up

5. What distances?

6. And a close sun would explain that better because?

Did you sell your brain?

An object traveling on a linear path with a constant velocity experiences no acceleration. In contrast a rotating object with a constant angular velocity experiences constant acceleration.

How do you rectify this you fucking shill? You give as an example a jet traveling on a linear path at a constant velocity with no acceleration as your example of why you can't feel any acceleration on an object you claim is rotating thus experiencing acceleration.

I know your answer is going something about the magic force of gravity (an unproven theory) but I just like to show what absolute nonsense your arguments for the globe are.

Traveling in any path besides a straight line at a constant velocity does indeed require some type of acceleration. The Earth is always accelerating as it bends its way around the sun.  This is because the Sun is always exerting a gravitational force on the Earth. Due to the eccentricity of the orbit, we're going slightly faster when we are closer to the Sun (in January) than we are when we are further away (in July).  So there is a slight change in speed. The problem is that it's too small. The acceleration of the spinning earth away from your feet is, at the equator, about .02 m/s^2. It's swamped by the gravity, about 9.8 m/s^2. You don't feel a difference like that, though it shows up on a bathroom scale.

You can certainly see it moving at least compared to stars and planets like in this beautiful video: https://youtu.be/x2D7jHfitzk?t=29s

So the scale next to my shitter can feel it but I can't?

[Astargath]

if the earth is flat then where is the tip? we just need logic  

Logic?
* Moon is strong enough to make tides but clouds and rain no worries
* Mathematics for every mile in length the curve is 8 inch squared (100km 870 meter, 1km 8.7cm, 100 m 87mm) can you show some practical evidence
* 1000 miles per hour rotation and you feel nothing
* Have you heard of 2nd law of thermodynamic, look it up
* Transmitting over such long distances would require billion of billions of watts, what with solar panels
* Two coastal cities 2 hour flight apart manage to have massive temperature differences with the sun 93 million miles away
* .....can fill the page
Did you sell your logic?

Not sure if you are a troll but here we go:

1. Newton's theory of gravity provided the first correct explanation of ocean tides and their long known correlation with the phases of the moon. Roughly a century later it was also used to predict the existence of atmospheric tides. the density of the clouds can be considered to be (but not in fact) the same as that of the air in which they ride. In this case one could consider a cloud to be simply an opaque section of air. The Moon does affect the air and along with the air the clouds are likewise affected.

2. I can show you plenty of photos of earth

3. Think about riding in a car or flying in a plane. As long as the ride is going smoothly, you can almost convince yourself you’re not moving. A jumbo jet flies at about 500 miles per hour (about 800 km per hour), or about half as fast as the Earth spins at its equator. But, while you’re riding on that jet, if you close your eyes, you don’t feel like you’re moving at all. And when the flight attendant comes by and pours coffee into your cup, the coffee doesn’t fly to the back of the plane. That’s because the coffee, the cup and you are all moving at the same rate as the plane.

4. You should be the one looking it up

5. What distances?

6. And a close sun would explain that better because?

Did you sell your brain?

An object traveling on a linear path with a constant velocity experiences no acceleration. In contrast a rotating object with a constant angular velocity experiences constant acceleration.

How do you rectify this you fucking shill? You give as an example a jet traveling on a linear path at a constant velocity with no acceleration as your example of why you can't feel any acceleration on an object you claim is rotating thus experiencing acceleration.

I know your answer is going something about the magic force of gravity (an unproven theory) but I just like to show what absolute nonsense your arguments for the globe are.

Traveling in any path besides a straight line at a constant velocity does indeed require some type of acceleration. The Earth is always accelerating as it bends its way around the sun.  This is because the Sun is always exerting a gravitational force on the Earth. Due to the eccentricity of the orbit, we're going slightly faster when we are closer to the Sun (in January) than we are when we are further away (in July).  So there is a slight change in speed. The problem is that it's too small. The acceleration of the spinning earth away from your feet is, at the equator, about .02 m/s^2. It's swamped by the gravity, about 9.8 m/s^2. You don't feel a difference like that, though it shows up on a bathroom scale.

You can certainly see it moving at least compared to stars and planets like in this beautiful video: https://youtu.be/x2D7jHfitzk?t=29s

So the scale next to my shitter can feel it but I can't?

Nice troll response when you have no argument.

[notbatman]

if the earth is flat then where is the tip? we just need logic  

Logic?
* Moon is strong enough to make tides but clouds and rain no worries
* Mathematics for every mile in length the curve is 8 inch squared (100km 870 meter, 1km 8.7cm, 100 m 87mm) can you show some practical evidence
* 1000 miles per hour rotation and you feel nothing
* Have you heard of 2nd law of thermodynamic, look it up
* Transmitting over such long distances would require billion of billions of watts, what with solar panels
* Two coastal cities 2 hour flight apart manage to have massive temperature differences with the sun 93 million miles away
* .....can fill the page
Did you sell your logic?

Not sure if you are a troll but here we go:

1. Newton's theory of gravity provided the first correct explanation of ocean tides and their long known correlation with the phases of the moon. Roughly a century later it was also used to predict the existence of atmospheric tides. the density of the clouds can be considered to be (but not in fact) the same as that of the air in which they ride. In this case one could consider a cloud to be simply an opaque section of air. The Moon does affect the air and along with the air the clouds are likewise affected.

2. I can show you plenty of photos of earth

3. Think about riding in a car or flying in a plane. As long as the ride is going smoothly, you can almost convince yourself you’re not moving. A jumbo jet flies at about 500 miles per hour (about 800 km per hour), or about half as fast as the Earth spins at its equator. But, while you’re riding on that jet, if you close your eyes, you don’t feel like you’re moving at all. And when the flight attendant comes by and pours coffee into your cup, the coffee doesn’t fly to the back of the plane. That’s because the coffee, the cup and you are all moving at the same rate as the plane.

4. You should be the one looking it up

5. What distances?

6. And a close sun would explain that better because?

Did you sell your brain?

An object traveling on a linear path with a constant velocity experiences no acceleration. In contrast a rotating object with a constant angular velocity experiences constant acceleration.

How do you rectify this you fucking shill? You give as an example a jet traveling on a linear path at a constant velocity with no acceleration as your example of why you can't feel any acceleration on an object you claim is rotating thus experiencing acceleration.

I know your answer is going something about the magic force of gravity (an unproven theory) but I just like to show what absolute nonsense your arguments for the globe are.

Traveling in any path besides a straight line at a constant velocity does indeed require some type of acceleration. The Earth is always accelerating as it bends its way around the sun.  This is because the Sun is always exerting a gravitational force on the Earth. Due to the eccentricity of the orbit, we're going slightly faster when we are closer to the Sun (in January) than we are when we are further away (in July).  So there is a slight change in speed. The problem is that it's too small. The acceleration of the spinning earth away from your feet is, at the equator, about .02 m/s^2. It's swamped by the gravity, about 9.8 m/s^2. You don't feel a difference like that, though it shows up on a bathroom scale.

You can certainly see it moving at least compared to stars and planets like in this beautiful video: https://youtu.be/x2D7jHfitzk?t=29s

So the scale next to my shitter can feel it but I can't?

Nice troll response when you have no argument.

My argument is that anybody could feel it if the Earth was undergoing constant acceleration not just the washroom scale; the Earth is not in motion.

The blasphemy or meme if you will reflects the weight of your argument.

[Astargath]

if the earth is flat then where is the tip? we just need logic  

Logic?
* Moon is strong enough to make tides but clouds and rain no worries
* Mathematics for every mile in length the curve is 8 inch squared (100km 870 meter, 1km 8.7cm, 100 m 87mm) can you show some practical evidence
* 1000 miles per hour rotation and you feel nothing
* Have you heard of 2nd law of thermodynamic, look it up
* Transmitting over such long distances would require billion of billions of watts, what with solar panels
* Two coastal cities 2 hour flight apart manage to have massive temperature differences with the sun 93 million miles away
* .....can fill the page
Did you sell your logic?

Not sure if you are a troll but here we go:

1. Newton's theory of gravity provided the first correct explanation of ocean tides and their long known correlation with the phases of the moon. Roughly a century later it was also used to predict the existence of atmospheric tides. the density of the clouds can be considered to be (but not in fact) the same as that of the air in which they ride. In this case one could consider a cloud to be simply an opaque section of air. The Moon does affect the air and along with the air the clouds are likewise affected.

2. I can show you plenty of photos of earth

3. Think about riding in a car or flying in a plane. As long as the ride is going smoothly, you can almost convince yourself you’re not moving. A jumbo jet flies at about 500 miles per hour (about 800 km per hour), or about half as fast as the Earth spins at its equator. But, while you’re riding on that jet, if you close your eyes, you don’t feel like you’re moving at all. And when the flight attendant comes by and pours coffee into your cup, the coffee doesn’t fly to the back of the plane. That’s because the coffee, the cup and you are all moving at the same rate as the plane.

4. You should be the one looking it up

5. What distances?

6. And a close sun would explain that better because?

Did you sell your brain?

An object traveling on a linear path with a constant velocity experiences no acceleration. In contrast a rotating object with a constant angular velocity experiences constant acceleration.

How do you rectify this you fucking shill? You give as an example a jet traveling on a linear path at a constant velocity with no acceleration as your example of why you can't feel any acceleration on an object you claim is rotating thus experiencing acceleration.

I know your answer is going something about the magic force of gravity (an unproven theory) but I just like to show what absolute nonsense your arguments for the globe are.

Traveling in any path besides a straight line at a constant velocity does indeed require some type of acceleration. The Earth is always accelerating as it bends its way around the sun.  This is because the Sun is always exerting a gravitational force on the Earth. Due to the eccentricity of the orbit, we're going slightly faster when we are closer to the Sun (in January) than we are when we are further away (in July).  So there is a slight change in speed. The problem is that it's too small. The acceleration of the spinning earth away from your feet is, at the equator, about .02 m/s^2. It's swamped by the gravity, about 9.8 m/s^2. You don't feel a difference like that, though it shows up on a bathroom scale.

You can certainly see it moving at least compared to stars and planets like in this beautiful video: https://youtu.be/x2D7jHfitzk?t=29s

So the scale next to my shitter can feel it but I can't?

Nice troll response when you have no argument.

My argument is that anybody could feel it if the Earth was undergoing constant acceleration not just the washroom scale; the Earth is not in motion.

The blasphemy or meme if you will reflects the weight of your argument.

Then prove it, I already gave you the calculations and why we can't really feel it, the acceleration is way too small to feel it. If your claim is that we should feel it, feel free to prove it, bring on your calculations dumbass.

[notbatman]

if the earth is flat then where is the tip? we just need logic  

Logic?
* Moon is strong enough to make tides but clouds and rain no worries
* Mathematics for every mile in length the curve is 8 inch squared (100km 870 meter, 1km 8.7cm, 100 m 87mm) can you show some practical evidence
* 1000 miles per hour rotation and you feel nothing
* Have you heard of 2nd law of thermodynamic, look it up
* Transmitting over such long distances would require billion of billions of watts, what with solar panels
* Two coastal cities 2 hour flight apart manage to have massive temperature differences with the sun 93 million miles away
* .....can fill the page
Did you sell your logic?

Not sure if you are a troll but here we go:

1. Newton's theory of gravity provided the first correct explanation of ocean tides and their long known correlation with the phases of the moon. Roughly a century later it was also used to predict the existence of atmospheric tides. the density of the clouds can be considered to be (but not in fact) the same as that of the air in which they ride. In this case one could consider a cloud to be simply an opaque section of air. The Moon does affect the air and along with the air the clouds are likewise affected.

2. I can show you plenty of photos of earth

3. Think about riding in a car or flying in a plane. As long as the ride is going smoothly, you can almost convince yourself you’re not moving. A jumbo jet flies at about 500 miles per hour (about 800 km per hour), or about half as fast as the Earth spins at its equator. But, while you’re riding on that jet, if you close your eyes, you don’t feel like you’re moving at all. And when the flight attendant comes by and pours coffee into your cup, the coffee doesn’t fly to the back of the plane. That’s because the coffee, the cup and you are all moving at the same rate as the plane.

4. You should be the one looking it up

5. What distances?

6. And a close sun would explain that better because?

Did you sell your brain?

An object traveling on a linear path with a constant velocity experiences no acceleration. In contrast a rotating object with a constant angular velocity experiences constant acceleration.

How do you rectify this you fucking shill? You give as an example a jet traveling on a linear path at a constant velocity with no acceleration as your example of why you can't feel any acceleration on an object you claim is rotating thus experiencing acceleration.

I know your answer is going something about the magic force of gravity (an unproven theory) but I just like to show what absolute nonsense your arguments for the globe are.

Traveling in any path besides a straight line at a constant velocity does indeed require some type of acceleration. The Earth is always accelerating as it bends its way around the sun.  This is because the Sun is always exerting a gravitational force on the Earth. Due to the eccentricity of the orbit, we're going slightly faster when we are closer to the Sun (in January) than we are when we are further away (in July).  So there is a slight change in speed. The problem is that it's too small. The acceleration of the spinning earth away from your feet is, at the equator, about .02 m/s^2. It's swamped by the gravity, about 9.8 m/s^2. You don't feel a difference like that, though it shows up on a bathroom scale.

You can certainly see it moving at least compared to stars and planets like in this beautiful video: https://youtu.be/x2D7jHfitzk?t=29s

So the scale next to my shitter can feel it but I can't?

Nice troll response when you have no argument.

My argument is that anybody could feel it if the Earth was undergoing constant acceleration not just the washroom scale; the Earth is not in motion.

The blasphemy or meme if you will reflects the weight of your argument.

Then prove it, I already gave you the calculations and why we can't really feel it, the acceleration is way too small to feel it. If your claim is that we should feel it, feel free to prove it, bring on your calculations dumbass.

A 62 kilogram person would experience a 1.24 Newtons of force due to an acceleration of .02 m/s^2 that's 130 grams or 4.5 ounces.

So you claim I can't feel four and a half ounces?



Have an ounce of bud.

[Wong owah]

The earth is not flat, the earth is when viewed from our planet earth looks round or round.

[Astargath]

if the earth is flat then where is the tip? we just need logic  

Logic?
* Moon is strong enough to make tides but clouds and rain no worries
* Mathematics for every mile in length the curve is 8 inch squared (100km 870 meter, 1km 8.7cm, 100 m 87mm) can you show some practical evidence
* 1000 miles per hour rotation and you feel nothing
* Have you heard of 2nd law of thermodynamic, look it up
* Transmitting over such long distances would require billion of billions of watts, what with solar panels
* Two coastal cities 2 hour flight apart manage to have massive temperature differences with the sun 93 million miles away
* .....can fill the page
Did you sell your logic?

Not sure if you are a troll but here we go:

1. Newton's theory of gravity provided the first correct explanation of ocean tides and their long known correlation with the phases of the moon. Roughly a century later it was also used to predict the existence of atmospheric tides. the density of the clouds can be considered to be (but not in fact) the same as that of the air in which they ride. In this case one could consider a cloud to be simply an opaque section of air. The Moon does affect the air and along with the air the clouds are likewise affected.

2. I can show you plenty of photos of earth

3. Think about riding in a car or flying in a plane. As long as the ride is going smoothly, you can almost convince yourself you’re not moving. A jumbo jet flies at about 500 miles per hour (about 800 km per hour), or about half as fast as the Earth spins at its equator. But, while you’re riding on that jet, if you close your eyes, you don’t feel like you’re moving at all. And when the flight attendant comes by and pours coffee into your cup, the coffee doesn’t fly to the back of the plane. That’s because the coffee, the cup and you are all moving at the same rate as the plane.

4. You should be the one looking it up

5. What distances?

6. And a close sun would explain that better because?

Did you sell your brain?

An object traveling on a linear path with a constant velocity experiences no acceleration. In contrast a rotating object with a constant angular velocity experiences constant acceleration.

How do you rectify this you fucking shill? You give as an example a jet traveling on a linear path at a constant velocity with no acceleration as your example of why you can't feel any acceleration on an object you claim is rotating thus experiencing acceleration.

I know your answer is going something about the magic force of gravity (an unproven theory) but I just like to show what absolute nonsense your arguments for the globe are.

Traveling in any path besides a straight line at a constant velocity does indeed require some type of acceleration. The Earth is always accelerating as it bends its way around the sun.  This is because the Sun is always exerting a gravitational force on the Earth. Due to the eccentricity of the orbit, we're going slightly faster when we are closer to the Sun (in January) than we are when we are further away (in July).  So there is a slight change in speed. The problem is that it's too small. The acceleration of the spinning earth away from your feet is, at the equator, about .02 m/s^2. It's swamped by the gravity, about 9.8 m/s^2. You don't feel a difference like that, though it shows up on a bathroom scale.

You can certainly see it moving at least compared to stars and planets like in this beautiful video: https://youtu.be/x2D7jHfitzk?t=29s

So the scale next to my shitter can feel it but I can't?

Nice troll response when you have no argument.

My argument is that anybody could feel it if the Earth was undergoing constant acceleration not just the washroom scale; the Earth is not in motion.

The blasphemy or meme if you will reflects the weight of your argument.

Then prove it, I already gave you the calculations and why we can't really feel it, the acceleration is way too small to feel it. If your claim is that we should feel it, feel free to prove it, bring on your calculations dumbass.

A 62 kilogram person would experience a 1.24 Newtons of force due to an acceleration of .02 m/s^2 that's 130 grams or 4.5 ounces.

So you claim I can't feel four and a half ounces?



Have an ounce of bud.

Do you feel it? I don't. As for the scale troll response. Accurate weighing scales have to be calibrated according to the latitude where they will be used. As I recall the apparent weigh of an object is 0.3% less at the equator due to the earths rotation. Not enough for us to feel it.

https://www.shimadzu.com/an/balance/support/hiroba/bean/bean06.html
https://en.wikipedia.org/wiki/E%C3%B6tv%C3%B6s_effect

Keep believing in retarded shit.

[notbatman]

^^^ Claims I can't feel four and a half ounces, just fuck off with your bullshit.



edit:

All new phones have an accelerometer, tape it to a merry-go-round and spin it until it reads .02 m/s^2. Do you feel it, do you feel the motion?








edit_2:

The sixth sense is equilibrioception or the Sense of balance. This sixth sense can be used to determine if the Earth is in motion.

Ask your average person about man's sixth sense and you'll likely get some kind of retarded response about psychic powers and how they don't believe in that kind of thing. We can thank Jewish mysticism and Hollywood propaganda for this confusion, they love muddying the waters, moving goalposts and redefining the meaning of words.

For example Google returns the following image when "equilibrioception" is input.

[Astargath]

^^^ Claims I can't feel four and a half ounces, just fuck off with your bullshit.



edit:

All new phones have an accelerometer, tape it to a merry-go-round and spin it until it reads .02 m/s^2. Do you feel it, do you feel the motion?








edit_2:

The sixth sense is equilibrioception or the Sense of balance. This sixth sense can be used to determine if the Earth is in motion.

Ask your average person about man's sixth sense and you'll likely get some kind of retarded response about psychic powers and how they don't believe in that kind of thing. We can thank Jewish mysticism and Hollywood propaganda for this confusion, they love muddying the waters, moving goalposts and redefining the meaning of words.

For example Google returns the following image when "equilibrioception" is input.

Do you feel it? Are you saying you feel earth's rotation? It's so easy to prove you wrong. https://www.youtube.com/watch?v=wFpeM3fxJoQ

Any timelapse video of stars will prove the earth is rotating lmao, you are helpless.

[notbatman]

^^^ I'm clearly saying the Earth is not in motion, you can't feel the motion because it's not moving! Why do you put words in my mouth you piece of shit?

Also Airy's Failure experiment provides empirical proof the stars are in motion and the Earth is motionless.