Yes, it is.
It is not possible to change from an area measurement to a linear measurement unless you know the geometry.
When navigating math is most commonly used to calculate distance, speed, and time. It is possible to estimate time of arrival, if you know the distance and the speed you are traveling. It is possible to estimate how fast you are traveling, if you know the time and the distance. It is also possible to estimate how far you have gone, if you know your speed and your time.
who made geometry and why
Absolutely! If you're trying to find your way home and want to travel the shortest distance possible you're using geometry. If you're playing billiards or pool you definitely use geometry to decide what angle to shoot at. When you park your car you need to use geometry to determine if you'll fit in a space and how to get in.
The only possible geometry of a diatomic molecule such as P2 is linear.
Since the largest possible distance is infinate the range of measurements is infinate. If you mean what is the largest defined unit of measure it's the gigaparsec, and the smallest is Planck Length The range of measurements of length that HAVE BEEN made is roughly 10-19 meter to 14 billion light years ... a ratio of about 1.32 x 1045 . That's a wide range.
Many possible ways. 1. Shape of the ball and patterns on it. 2. The angle the arms and the body make when bumping the ball 3. The court size/shape 4. Anything that has to do with measurements
An estimate is a rough measurement that involves using past experiences and intuition to make an educated guess about the size, length, or weight of an object. It is useful when precise measurements are not necessary or possible.
Actually, this turns out to be more of a debate than you might think. Historically, most of us were taught the shortest distance between two points is a straight line; that is a principle of Euclid's geometry. But not everyone agrees with Euclid, and there are other types of geometry. For example, because the Earth is a sphere, and not flat as distance maps portray it, that is why some scientists say that the shortest distance is actually a sphere or a curve (in other words, the distance would be measured by following the Earth's contours).
Are The rules and objects of geometry are designed to match the everyday world as much as possible?
Space
Yes, the rules and objects of geometry are designed to match the everyday world as much as possible.