Screamindemon3
Well-known member
I don't see how anyone can put a realistic number on how old the earth is and that goes for both sides. 6,000 or 600,000,000,000.
I don't see how anyone can put a realistic number on how old the earth is and that goes for both sides. 6,000 or 600,000,000,000.
I don't see how anyone can put a realistic number on how old the earth is and that goes for both sides. 6,000 or 600,000,000,000.
Why? Radiometric dating gives us an amazingly accurate prediction of the age of the Earth(and age of the solar system.) We can use both primitive meteorites from the early solar system and samples from our own planet to give us an estimate.
Every single test done of these multitude of examples has come back at right around 4.55 billion years with around 1% margin for error.
I don't see how anyone can put a realistic number on how old the earth is and that goes for both sides. 6,000 or 600,000,000,000.
Why? Radiometric dating gives us an amazingly accurate prediction of the age of the Earth(and age of the solar system.) We can use both primitive meteorites from the early solar system and samples from our own planet to give us an estimate.
Every single test done of these multitude of examples has come back at right around 4.55 billion years with around 1% margin for error.
Why? Radiometric dating gives us an amazingly accurate prediction of the age of the Earth(and age of the solar system.) We can use both primitive meteorites from the early solar system and samples from our own planet to give us an estimate.
Every single test done of these multitude of examples has come back at right around 4.55 billion years with around 1% margin for error.
How is it amazingly accurate? It's all based on an assumption of the past. How can you measure the distance between the beganning and end (or current) stage of something if you don't know when it began.
But don't most universe expansion measurements come estimate an age of around 13.7 billion years?
How is it amazingly accurate? It's all based on an assumption of the past. How can you measure the distance between the beganning and end (or current) stage of something if you don't know when it began.
Wikipedia said:Rock minerals naturally contain certain elements and not others. By the process of radioactive decay of radioactive isotopes occurring in a rock, exotic elements can be introduced over time. By measuring the concentration of the stable end product of the decay, coupled with knowledge of the half life and initial concentration of the decaying element, the age of the rock can be calculated. Typical radioactive end products are argon from potassium-40 and lead from uranium and thorium decay. If the rock becomes molten, as happens in Earth's mantle, such nonradioactive end products typically escape or are redistributed. Thus the age of the oldest terrestrial rock gives a minimum for the age of Earth assuming that a rock cannot have been in existence for longer than Earth itself.
You srs dude?
I wasn't wearing a watch when I woke up this morning, no idea when my day began, but then later, I timed out :30 when I put some shit in the microwave. Feel solid about the accuracy, it was a digital microwave and everything.
But don't most universe expansion measurements come estimate an age of around 13.7 billion years?
Ahh so it's as easy as counting 30 seconds on the microwave. Maybe I've just been overthinking things.