A body of air with horizontally uniform levels of temperature, humidity, and pressure.
Air, or oxygen and nitrogen is matter. All matter has mass. So the answer to this question is yes, air in a blown up balloon or any air does have mass.
The mass air flow (MAF) sensor measures the mass of the air entering the engine. Because air mass varies with air temperature (cold air is denser than warm air), measuring air mass provides the PCM with a very acurate way of determining the correct amount of fuel to obtain the ideal fuel/air mixture. - Haynes Repair Manual #36071
A cT air mass refers to a type of air mass classification. The lowercase "c" stands for continental, or dry, while the uppercase "T" stands for tropical.
it creates heavy storms
No but the pump runs only when air enters the Mass Air Flow meter. In other words the Mass Air Flow turns on the fuel pump.
temperature and altitude
an inflated because it takes up more room than a deflated one It depends on how you define the basketball. If you define it as just the rubber, then the mass does not change when it is inflated. If you consider the air inside the ball to be part of the ball then adding more air adds more mass. Mass is "stuff". Air has mass because air is stuff.
Air masses are described by two basic characteristics. Temperature and moisture, or humidity, are the main characteristics that define an air mass.
This is an air mass.
There are two main characteristics that define air masses - temperature and moisture content. Generally, the ... The first letter is a lower case letter and is used to symbolize the overall moisture in the air.
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
This air mass often originates as a different air mass in Siberia and is subsequently altered is cP. The air mass that originates over the ocean is the maritime air mass.
What happens is similar to when a warm air mass meets a cold air mass: the Cold Air Mass is forced to Subside beneath the Warm Air Mass. Thusly the warm air is uplifted, it cools and Rain is formed. When a Warm Air Mass meets a Cold Air Mass, the warm air is [again] forced to Rise above the Cold Air Mass, it cools and Rain is formed.