No. Mass is what things are made of. Area is a way to how much length and width is covered by one of an objects sides.
You cannot These are different concepts. you need a volume and density to calculate mass, surface area provides neither (a cube and a sphere with the same surface area have different volumes and, had they been made of the same material, would have different masses).
Mass = Pressure*Area
Because they are of the same substance they have the same density density = mass/volume
Mass
Density is measured as mass per unit volume: not mass per unit area. Unless the material is of uniform thickness.Density is measured as mass per unit volume: not mass per unit area. Unless the material is of uniform thickness.Density is measured as mass per unit volume: not mass per unit area. Unless the material is of uniform thickness.Density is measured as mass per unit volume: not mass per unit area. Unless the material is of uniform thickness.
yes
no weight is heavy and mass takes up room like area
Air mass
Air mass
You cannot These are different concepts. you need a volume and density to calculate mass, surface area provides neither (a cube and a sphere with the same surface area have different volumes and, had they been made of the same material, would have different masses).
No. In general, you can only convert units that measure the same thing: thus, you can convert length to length, area to area, mass to mass, etc.
If you are referring to two planets of the same MASS, then the difference in surface area would probably be due to their relative densities. If one planet is composed of denser matter than the other, then the same mass would take up a smaller volume, and thus the surface area would be smaller.
It doesn't make sense to convert that. In general, you can only convert between units that measure the same thing - length to length, area to area, mass to mass, etc.
it doesnt. it may affect how fast it lifts off, but not how fast it drops. now, if you had said weight put inside the body of a helecopter, then it would have made a difference because of the relationship between surface area and mass. if you have alot of surface area and alittle mass, then you fall slowly, if you have alittle surface area and alot of mass, then you fall quickly. in the same way, if you have alot of surface area and alot of mass, then you would fall at the same speed as somethign with a little mass and a little surface area.
Mass = Pressure*Area
Pressure=mass/unit area
Because it would mean that there is more mass in the same little area, compared to the adjacent areas.