You can blow up a balloon and then weigh the balloon and minus it from the original weight of the balloon
Answer:
Weighing air is problem because of the buoyant forces at work. If you have flattened paper bag and weigh it then open it up (effectively filling it with air), and weigh it again you find the weight is the same. In the case of a balloon, a filled balloon will weigh more than an empty balloon as it is filled with compressed air due to the tension of the balloon skin. You have no idea of the volume of room pressure air is in it.
To determine this you could inflate the balloon with known volume of air using bicycle pump. Simple math would identify the volume transferred with each stroke. By knowing the weight before filling, the weight after filling, and the volume transferred it would be possible to calclate the weight per meter (or cubic foot) of room pressure air.
you can weigh air by getting a balloon and blowing it up and letting down Again then you get a normal balloon and blow it up thaen strap them both to a clothing hanger and the balloon which ways the most is the inflated baloon. why: because the balloon is holding the air and the balloon's outside therefore making it heavier.
The weight of the overlying air, also known as air pressure, is about 14.7 pounds per square inch (psi) at sea level. This pressure decreases with increasing altitude as the weight of the air above decreases.
Galileo developed an experimental apparatus called the "weighing astration" to estimate the weight of air. In this device, he balanced a sealed container filled with air against an equal weight of water. He observed that the container became lighter when air was removed, leading him to conclude that air has weight.
Air has weight because it is made up of molecules which have mass. The weight of air is due to the gravitational force acting on these molecules. As a result, the air exerts pressure on objects at the Earth's surface due to its weight.
Air does have weight, despite being invisible. At sea level, the average weight of the air above each square inch of Earth's surface is about 14.7 pounds. This weight contributes to atmospheric pressure and has important effects on our daily lives.
The weight of air would have to be the average weight of a coconut in July when it's raining dancing under a pomtree drinking cool aid. Or.... 1.00 grams
Anything with mass has weight; air has mass, therefore it has weight.
air has weight
Air has weight because it is made up of molecules that have mass. The weight of the air is due to the gravitational force pulling down on these molecules. The more air molecules present in a given volume, the greater the weight of the air.
The weight of air is called atmospheric pressure. It is the force exerted by the weight of the air above a given point in the atmosphere.
The three properties of air are weight, mass, and density.
The weight of air on Earth is called atmospheric pressure. It is the force exerted by the weight of air molecules in the Earth's atmosphere on a surface.
air pressure
No
The compression of air.
The weight of air is called air pressure. There is no way around air pressure and it must be calculated into anything having to do with physics.
Take a large container, pump out all the air from inside it. Weigh it. Put air inside and then weigh it again. The difference would be the weight of the air inside. Air molecules have mass (air is "stuff") and things with mass have weight when in a gravitational field, such as on Earth. If air didn't have any weight, we wouldn't even have an atmosphere.
The weight of air is generally referred to as air pressure (about 14.7 psi). This is the weight oa coulmn of air extending from the surface to the upper limits of the atmosphere for each square inch of surface.