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Pressure is force per area, so P = F/A where pressure is P, force is F and A is area. So Pressure is directly proportional to the force exerted on a surface. So increasing a force by a factor of 2, say, increases the pressure on the surface by 2 also.
force= pressure*area
Force (lbs) = Pressure (psi) x Area (in2)Pressure=Force/Area
pressure x area= force. force is the product of pressure and area
pressure is force divided by area
The isobars form layered rings on the weather map.The closer the layers of the rings are to eachother, the lower the air pressure in that area is. The further apart they are the higher the air pressure. The closer the isobars are, the stronger the wind is. The air pressure is also depicted by letters. In an area where the isobars show that it has a high pressure, a 'H' will be in the the centre circle. If there is low air pressure there will be an 'L'. Air pressure is the density of air molecules. High air pressure is heaps of air molecules close together. Low air pressure is when they are far apart. When the air pressure changes from high to low, wind is created.
Pressure is force per area, so P = F/A where pressure is P, force is F and A is area. So Pressure is directly proportional to the force exerted on a surface. So increasing a force by a factor of 2, say, increases the pressure on the surface by 2 also.
force= pressure*area
Force (lbs) = Pressure (psi) x Area (in2)Pressure=Force/Area
pressure x area= force. force is the product of pressure and area
pressure is force divided by area
It means that there is a steep gradient, or pressure change, and strong winds.
pressure is force divided by area
pressure = force/area force = pressure x area area = force/pressure
Force (lbs) = Pressure (psi) x Area (in2)Pressure=Force/Area
Pressure = (total force on an area) divided by (area of the area). Half the area and keep the force the same you get twice the pressure. half the force and over the same area pressure is halved. P = F/A
Pressure. If this is in the open air rather than a closed vessel, it is called atmospheric pressure.