I'm working on this planet that has 1.5x earth's mass, so the gravity is a little stronger, given that the density it's the same. The gravity is 1.15x earth's. As i don't know how to calculate the mass of the atmosphere in such conditions i assumed that it would be proportional to the planet mass, in other words 1.5x the mass of earth's atmosphere.
| Atmosphere | absolute info (comparing to earth) |
|---|---|
| mass | 77,265x10^17kg (1.5) |
| molecular mass | 29,332g/mol (1.01) |
| atm. pressure | 1,3x10^5Pa (1.28) |
| density | 1,581kg/m³ (1.32) |
| N2 | 69,07% (0.885) |
| O2 | 29,88% (1.43) |
| Ar | 0,94% (1) |
| CO2 | 0,105% (2.58) |
| Star | absolute info (comparing to sun) |
|---|---|
| mass | 1.4x10^30kg (0.7) |
| luminosity | 0,952x10^26W (0.25) |
| Planet | absolute info (comparing to earth) |
|---|---|
| mass | 8.960,4x10^21kg (1,5) |
| surface area | 668,32x10^12m² () |
| albedo | 0.4 (1.33) |
| mean atmosphere surface temperature | 290K (+2°) |
| tropical sea surface temperature | 301-305K |
| temperate sea surface temperature | 389-395K |
| polar sea surface temperature | 275-281K |
| average distance from star | 75,000,000km (0.5) |
| minimum distance from star | 73,475,000km |
| maximun distance from star | 76,525,000km |
| orbital period | 185 planet days |
| rotational period | 20h |
Given this informations, can the wind in this planet be too much destructive?
I'm a little aware about this because i asked about the tides in the same planet and things are going crazy in there...