Aircraft and ships use GPS locators for precise positioning.
No. Atomic masses have to be determined by using measuring instruments, which means that they can never be determined precisely. Every measuring instrument has a limit to its accuracy. There is wide agreement that it is impossible to build a perfect measuring instrument. Scientists have constructed some amazingly accurate measuring techniques, but no exact ones.
No. Measuring is getting an exact length. Estimating is guessing what the length is
No, it will differ.We can not take the exact volume in the measuring cup but measuring cylinder ll give you the exact volume .
NO!!! Use a 'Measuring Cylinder' for an exact volume of liquid.
Measuring is the only method that will provide exact information. Inferring, predicting, and guessing only provide approximate information.
a point
The answer depends on the exact aircraft type.
The first aircraft made in the US around 1900. -Many people were building and testing them, and no exact date is available.
A pipette (aka pipet) is generally considered a very precise instrument used for measuring exact volumes within a small degree of error. It is generally used with a pipette bulb. A beaker is similar to a measuring cup. It also measures volume but in a more approximate manner and less reliable for precise experiments
is it called a point
The uncertainty principle in quantum physics says that there is a limit to how precisely you can measure one of a pair of variables like position and momentum. You can measure position precisely, but you cannot at the same time precisely measure momentum. Or . . . you can precisely measure momentum, but you cannot at the same time precisely measure position.
About 50, depending on the airline and the exact model of aircraft.