Look, I'm not an archeologist and probably know as much about paleontology as any other person on ABW.
According to the link
@Rubato posted, there is such thing as "fossil distortion". If a fossil can naturally be distorted to appear smaller, then if the Earth has grown a gigameter in the past 100 million years, that could have distorted the fossils in the other direction.
I don't have it all figured out, but I think it's plausible that the so-called "dinosaurs" that lived "100-200 million years ago" might have just been insects, birds, amphibians, reptiles who's corpses were mummified in soil over 100s of millions of years and grew as the Earth grew.
That's all I have to say about dinosaurs.
As far as time itself, Elijah Muhammad said that time is measured by motion. A day is the length of time it takes for the Earth to rotate on it's axis once. A year is the length of time it takes for the Earth to revolve around the Sun once.
A day is broken up in to 24 hours
An hour is broken up into 60 minutes
A minute is broken up into 60 seconds
There are 86,400 seconds in a day
A picosecond is one trillionth of a second
A jiffy is the length of time it takes for light to travel one fermi, which is considered the shortest length of time.
View attachment 419504
According to the link Fightbackmode2005 posted, the Earth itself is growing at a rate of 0.1 millimeters per year. Which means if we go back far enough, the Earth was just a speck of dust, maybe the size of a grain of sand, or a pebble.
Once you go back that far in time, it becomes difficult to measure time because there's no Earth rotating on it's axis, and there's no Earth revolving around the Sun. So how would you measure a day or a year if the Earth is just a grain of sand floating in space?
So-called scientists claim that the Earth is 4 billion years old, or 14.5 billion years old. Or whatever.
I've never heard (although I've never done any research either) of a scientist explain how they calculated the Earth's age, or what unit of measurement they used to calculate the Earth's age? As I mentioned earlier, if you go back in time far enough, the Earth wasn't rotating nor revolving.
In fact, the Earth is 93 million miles away from the Sun. It travels at 66,000 miles per hour as it revolves around the Sun.
But if the universe is expanding, then it's reasonable to assume that at one point the Earth was 92 million miles from the Sun, or 91 million miles away.
At what rate is the universe expanding and is it linear?
Q. How would you calculate time in an expanding universe when the Earth was only 33 miles from the Sun? How would you calculate a day, or a year?
$1,000,000 in ABW dollars for the best answer.
You must show your work