Yes, the pressure inside a bubble is greater by the amount 4*sigma/R where sigma is the surface tension and R the bubble radius. This is also known as a Laplace pressure, discovered by the French scientist Pierre Simon de Laplace. The factor of 4 comes from the fact that the bubble has two sides, both of which exert a force on the air inside.
The speed of the wind is typically greater when there is a larger difference in air pressure between two points. This is because wind moves from areas of high pressure to areas of low pressure, and the greater the contrast, the stronger the wind will be as it tries to equalize the pressure.
At sea level, air pressure is greater compared to higher altitudes. This is because there is more atmosphere above pressing down on air molecules, creating higher pressure. As you ascend in altitude, the air pressure decreases due to the lower concentration of air molecules above.
Pressure gradients drive the movement of surface air. Air flows from areas of high pressure to low pressure, creating winds. The greater the pressure difference, the faster the air movement.
At the bottom. You can think of the air pressure at a given location as being the weight of all the air in a column above it. Thus, the higher you go, the less air there is above you, and thus the lower the air pressure. In the extreme, when you rise out of the athmosphere, there is no air above you at all, and the air pressure is effectively zero - a vacuum. Air pressure is greater at the bottom of a mountain.
They stay the same :)
Pressure affects the density of air by increase of pressure increases the density
Cooler air has greater air pressure since the air molecules are denser, meaning they are close together. Warmer air has lower air pressure for the opposite reason.
The greater the altitude, the lower the air pressure.
The speed of the wind is typically greater when there is a larger difference in air pressure between two points. This is because wind moves from areas of high pressure to areas of low pressure, and the greater the contrast, the stronger the wind will be as it tries to equalize the pressure.
Troposphere.
no they are equal
at higher altitudes the pressure of air is greater in our lungs as compare to the air pressure outside the body
Air pressure is greater at lower altitudes because the weight of the air above compresses the air below, leading to higher pressure. As you go higher in altitude, the air pressure decreases due to the lower weight of air above.
At sea level, air pressure is greater compared to higher altitudes. This is because there is more atmosphere above pressing down on air molecules, creating higher pressure. As you ascend in altitude, the air pressure decreases due to the lower concentration of air molecules above.
By blowing more air into the balloon, you can increase the air pressure inside it. The higher the volume of air you blow in, the greater the air pressure will be.
It is greater at a lower altitude.
The air pressure is greater at the base of the mountain compared to the peak. This is because the weight of the column of air above decreases as you move higher up in the atmosphere, leading to lower air pressure at higher elevations.