Message from @A$AP Chloee

Discord ID: 603631291941912604


2019-07-24 16:51:59 UTC  

That’s what we use to date things

2019-07-24 16:52:00 UTC  

A..

2019-07-24 16:52:03 UTC  

Are you serious?

2019-07-24 16:52:42 UTC  

Here is a starting point

2019-07-24 16:53:01 UTC  

Scientists only publicize radiometric datings that fit with evolutionists preexisting timeline

2019-07-24 16:53:34 UTC  

Rubbish

2019-07-24 16:53:39 UTC  

About 50 percent of dates are thrown away cause they don’t fit

2019-07-24 16:53:45 UTC  

Okay

2019-07-24 16:53:52 UTC  

Listen

2019-07-24 16:54:02 UTC  

I’m going to attempt to give you a lesson in radiometric dating

2019-07-24 16:54:13 UTC  

Okay

2019-07-24 16:54:15 UTC  

And I’m gonna hope that by the end of this, you throw out the idea that it’s inaccurate

2019-07-24 16:54:19 UTC  

We have an equation

2019-07-24 16:54:37 UTC  

N(t) = N_0 e^-kt

2019-07-24 16:54:48 UTC  

Alright

2019-07-24 16:54:49 UTC  

Where N_0 = the initial value

2019-07-24 16:54:55 UTC  

e is Eulers number

2019-07-24 16:55:08 UTC  

k is the constant of proportionality

2019-07-24 16:55:11 UTC  

and t is time

2019-07-24 16:55:14 UTC  

Do you understand?

2019-07-24 16:55:20 UTC  

Yeah

2019-07-24 16:55:50 UTC  

Okay

2019-07-24 16:56:04 UTC  

We know that argon has 8 electrons, and thus has little to no reactivity

2019-07-24 16:56:07 UTC  

Do you agree

2019-07-24 16:56:26 UTC  

Yeah

2019-07-24 16:56:29 UTC  

Okay

2019-07-24 16:57:05 UTC  

We know that by using quantum physics, we can calculate the half life of potassium 40, an isotope of potassium, to be 1.25 billion years

2019-07-24 16:57:07 UTC  

Do you agree?

2019-07-24 16:57:39 UTC  

I did not know that

2019-07-24 16:59:15 UTC  

Are you going to continue?

2019-07-24 16:59:35 UTC  

Yes

2019-07-24 16:59:45 UTC  

Okay

2019-07-24 16:59:54 UTC  

We know that K-40, potassium 40, decays into two atoms

2019-07-24 17:00:03 UTC  

since it’s radioactive

2019-07-24 17:00:39 UTC  

Argon 40, and Calcium 39

2019-07-24 17:00:53 UTC  

We know that 11% is argon 40, and 89% is Ca 39

2019-07-24 17:00:53 UTC  

Isn't it Ca-40?

2019-07-24 17:00:56 UTC  

@NickC64 sorry I had to go, I'm at work)

2019-07-24 17:00:57 UTC  

No

2019-07-24 17:00:57 UTC  

Lol