It is difficult to weigh air, since air has a buoyancy that is exactly equal to its own weight (being surrounded by more air) - sort of like trying to weigh water while you are underwater. However, if you had a vacuum chamber in which you could work (wearing a spacesuit so you could breathe) then you could weigh air, inside a container (you would also have to weight the container separately, of course). A triple beam balance is sensitive enough for this job, if you use a large container.
Alternatively, you could weigh a light weight can, and then evacuate it and weigh it again. It will weigh less by the quantity of air excluded. But it is important that the can remains the same shape after evacuation, but your vacuum need not be particularly good for a reasonable measurement.
The mass of dry air is approx 0.0012 grams per cm3. Or about 1.2kg per m3. (check my math.)
You need to determine mass and volume and then divide the mass by the volume to get density. Refer to related link article for additional information on calculating density by water displacement.
The air pressure and the air mass at the mountains was very high. It is an example sentence for air pressure and air mass.
Air does have mass
What is THe Predict the mass of the bag with air?????
mass only because air weighs nothing
my science class did an experiment, we used a triple beam balance, a balloon, and a piece of tape. we measured the tape and found its mass then the balloons mass. finally we blew up the balloon and taped it to the triple beam balance and subtracted the empty balloons mass with the tapes mass from the filled balloon taped to the balance. we found out that air dose have mass but you got to find out the actual number
An analytical balance is used to measure mass to a very high degree of precision and accuracy. The weighing pan(s) of a high precision (.01 mg or better) analytical balance are inside a transparent enclosure with doors so that dust does not collect and so any air currents in the room do not affect the balance's operation. The use of a vented balance safety enclosure, which has uniquely designed acrylic airfoils, allows a smooth turbulence-free airflow that prevents balance fluctuation and the weighing of mass down to 1 μg without fluctuations or loss of product. Also, the sample must be at room temperature to prevent natural convection from forming air currents inside the enclosure, affecting the weighing. Analytical precision is achieved by maintaining a constant load on the balance beam, by subtracting mass on the same side of the beam to which the sample is added. The final balance is achieved by using a small spring force rather than subtracting fixed weights.
You need to determine mass and volume and then divide the mass by the volume to get density. Refer to related link article for additional information on calculating density by water displacement.
We can feel it. We feel it as pressure. We can also weigh it. Take two balloons of the same size and inflate them the same amount so that they balance out on a balance scale. Now pop one of them. The balance will tip towards the intact balloon, showing that the air inside has some mass.
This is an air mass.
Because NaOH is a hygroscopic compound and continuously absorbs moisture from air and its mass becomes increased.
the beam wil keep going
Air has mass. Mass is a property and does not have mass
warm air mass and cold air mass
Yes air has mass. It is the mass of the air above a point on earth that is responsible for the air pressure.
the cold air mass took the place of the large air mass
An Warm air mass