Gas compression ratio is more in Tertiary of Cretaceous
Answers
Answer:
Compression ratio is a ratio of the volume of uncompressed gas divided by the volume of the same gas compressed by a compressor such as 10.1. i would like to know the changes with geologic age.
Answer:
Explanation:
the time period that
contains the largest flying reptiles. About 65 million years ago the largest found so far had a wing span of 37 feet ( 11.28 meters ).
Since atmospheric compression is a complex relationship between the size of the planet, the surface gravity of the planet, the density of the planet, the mass of the planet, the height of the atmosphere, the compression of the atmosphere, and the composition of the atmosphere, an alternative method is needed to estimate the
maximum.
Since pressure, volume temperature relationship at a time in the geologic past is
an unknown (currently ), then one can substitute a causal relationship.
The largest animal that has ever flown was in the ideal pressure, temperature,
gravity, atmospheric height time period, and encountered a lower surface gravity.
The combination of lower surface gravity, and higher atmospheric pressure allowed a very large, but relatively light weight animal to soar on the off shore breezes, and attain a wing span of 11.28 meters, while now the maximum wing span is that of an Albatross at 4.0 meters.
65 million years ago, the animal Quetzalcoatlus , a pterasaur had the ultimate wing span.