Those that have read the creation story know that all of the water that caused Noahs flood did not come from rain but due to the ocean floor rising.
The primary cause for the flood was that the ocean bottoms rose which is listed first.
The second reason listed and therefore the less prominent source for the waters of the flood was rainfall.
I have found a way to estimate how much rain fell.
Fossils have been found containing rain drop marks.
The higher the atmospheric pressure the slower the rain drops must fall which causes smaller raindrop fossil impressions.
Based on the largest rain drops found in the fossils the pre-flood atmospheric pressure twice as high as it is today.
Source
Raindrop Fossils As Evidence Of A Warm Early Earth - Science News - redOrbit
If I make some assumptions:
1. The atmosphere before the flood was similar in temperature and gas concentrations.
2. The earths atmosphere can be estimated as a thin layer so I can assume a gravitational constant equal to sea level conditions.
3.The rain drop fossils were created during the flood.
4. The rain drop fossils were the largest possible.
5. The calculated atmosphere pressure was twice as high as it is today.
Then we can say that the loss in atmospheric pressure is about 2 atm - 1 atm = 1 atm
one atmosphere 1 atm = 14.7 PSI.
One cubic foot of water = 62.4 pounds.
A column of water 1" wide by 1" long and one foot high = 62.4 / 144 = 0.43 LB
To get a 14.7 PSI pressure change we will need 14.7 / 0.43 = 32 foot of rain fall.
The rest of the water was due to the ocean floor rising.
Your thoughts.
Duordi
There were two sources of water for the flood.Genesis 7
11 In the year 600 of Noahs life, in the seventeenth day of the second month, that same day all the fountains of the great deep were broken up and burst forth, and the windows and floodgates of the heavens were opened.
The primary cause for the flood was that the ocean bottoms rose which is listed first.
The second reason listed and therefore the less prominent source for the waters of the flood was rainfall.
I have found a way to estimate how much rain fell.
Fossils have been found containing rain drop marks.
The higher the atmospheric pressure the slower the rain drops must fall which causes smaller raindrop fossil impressions.
Based on the largest rain drops found in the fossils the pre-flood atmospheric pressure twice as high as it is today.
Source
Raindrop Fossils As Evidence Of A Warm Early Earth - Science News - redOrbit
If I make some assumptions:
1. The atmosphere before the flood was similar in temperature and gas concentrations.
2. The earths atmosphere can be estimated as a thin layer so I can assume a gravitational constant equal to sea level conditions.
3.The rain drop fossils were created during the flood.
4. The rain drop fossils were the largest possible.
5. The calculated atmosphere pressure was twice as high as it is today.
Then we can say that the loss in atmospheric pressure is about 2 atm - 1 atm = 1 atm
one atmosphere 1 atm = 14.7 PSI.
One cubic foot of water = 62.4 pounds.
A column of water 1" wide by 1" long and one foot high = 62.4 / 144 = 0.43 LB
To get a 14.7 PSI pressure change we will need 14.7 / 0.43 = 32 foot of rain fall.
The rest of the water was due to the ocean floor rising.
Your thoughts.
Duordi