Message from @Laxor

Discord ID: 599311016563834899


2019-07-12 18:39:42 UTC  

But they will understand what that simple formula that can be used in many useful ways.

2019-07-12 18:39:47 UTC  

the branch of mathematics that deals with the finding and properties of derivatives and integrals of functions, by methods originally based on the summation of infinitesimal differences. The two main types are differential calculus and integral calculus.

2019-07-12 18:39:51 UTC  

what I posted is not calculus

2019-07-12 18:40:22 UTC  

I am not questioning the validity of that formula at all. I just took Calculus so understand how it was invented.

2019-07-12 18:40:39 UTC  

"True but the formula requires using calculus to come up with that formula."

2019-07-12 18:40:42 UTC  

that's not correct

2019-07-12 18:41:01 UTC  

OK explain to me how they came up with it.

2019-07-12 18:41:05 UTC  

I just

2019-07-12 18:41:06 UTC  

pasted

2019-07-12 18:41:08 UTC  

the explanation

2019-07-12 18:41:32 UTC  

we're looping so I'm getting off this debate

2019-07-12 18:41:38 UTC  

when we start looping in debates I just quit

2019-07-12 18:42:48 UTC  

It does not explain why cosine is used. It is just a very basic description of how the formula works. Not how the formula was put together.

2019-07-12 18:43:29 UTC  

It is a message you are expected to believe however it does not explain the math behind it. Not really.

2019-07-12 18:43:51 UTC  

Rubbish, the formula is derived using trigonometry

2019-07-12 18:45:20 UTC  

How many people would not even know what cos means. Or how to use it on a calculator. How many would remember how to use it 20 years after graduation. Almost no one. But they will remember pathragiams theory.

2019-07-12 18:45:53 UTC  

What is "pathragiams"?

2019-07-12 18:47:35 UTC  

*sigh*>

2019-07-12 18:47:52 UTC  

I just looked it up and I realize why he's using Pythagoras Theorem

2019-07-12 18:48:01 UTC  

He skipped a few steps in calculating the actual curvature

2019-07-12 18:48:08 UTC  

See B is the radius. A is the distance and c is the radius plus the height of curvature. Far simpler to understand.

2019-07-12 18:48:13 UTC  

It's how we get the 8 inch per mile figure

2019-07-12 18:48:36 UTC  

It's only valid if you are using the tangent

2019-07-12 18:49:06 UTC  

In reality you look down to the horion, that is not the tangent

2019-07-12 18:49:21 UTC  

No simple math will work. All your calculator needs is square root to use this.

2019-07-12 18:49:39 UTC  
2019-07-12 18:50:43 UTC  

No one should trust that. It is circular argument. You assume the earth is a ball. It shows a ball. If you want to believe the earth is a ball fine. But do not tell a Flat Earther to trust a ball earth site.

2019-07-12 18:51:19 UTC  

Everything in that calculator can be verified with trigonometry

2019-07-12 18:51:27 UTC  

I could care less where the horizon is. That is just a method of deception.

2019-07-12 18:51:49 UTC  

That midpoint. It is used to half the curve.

2019-07-12 18:52:22 UTC  

If you fail to understand that calcultor then I can't do more

2019-07-12 18:52:34 UTC  

Except why determine the midpoint. What it calls the horizon.

2019-07-12 18:52:48 UTC  

I call it the point of confusion.

2019-07-12 18:53:43 UTC  

Call it what you want, I don't care

2019-07-12 18:54:17 UTC  

Well there could be many things between you and what you look at. Hills or valleys. So that confusing midpoint is of no use. All I care about is how far down something should be at the distance I am looking from.

2019-07-12 18:54:37 UTC  

Did this man say we shouldn't use cosine because noone remembers it???

2019-07-12 18:54:46 UTC  

Since we seem to have lost the thread here. When you talk about angels living in the fourth dimension precisely what do you mean?

2019-07-12 18:55:11 UTC  

No I said that formula was most likely correct. Just harder to understand.

2019-07-12 18:55:32 UTC  

cosine isn't that hard to understand

2019-07-12 18:55:40 UTC  

Most flat earthers are also truthers. They do not trust globe earth sites or globe earth formulas.