It depends.
Common units are metres per second in a specified direction, or kilometres per hour in a given direction. But it may be millimetres per year in a certain direction when studying plate tectonics.
No single unit is used. A combination of linear distance, time, and possibly direction are used.
In general usage are such things as metres per second, miles (or kilometres) per hour etc.
The motion of the atoms or molecules in a body is reflected by the temperature of that body.
Wherever there is change in position of the object or body we termed it as motion, as they are continuously changing their initial position with respect to time. But when an object or body is not changing its position with respect to time it is said to be in rest position. Example of a rest position is a pen kept on table and for motion is walking on a road. Whereas the case of measurement has different concepts with respect to motion. In the case of measurement we quantify objects or anything. Example: distance of your school from your home.
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SI Unit
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Scientist use the "Internation system of Units" to measure the properties of matter
Heat is molecular motion; the units are BTU and calories.
The answer would be different
The SI, or International System.
SI units are the standard units used to measure things with so they know they are all talking the same language. Examples of SI units are * length - meter (m) * mass - kilogram (kg) * time - second (s) * electric - current ampere (A) * temperature - kelvin (K) * amount of substance - mole (mol) * luminous intensity - candela (cd)
The system of units scientist use to measure the properties of matter are the SI units.
To measure temperature, scientists use:KelvinCelsiusFahrenheit.
To measure temperature, scientists use:KelvinCelsiusFahrenheit.
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The units that scientists use to measure temperature are: Celsius Fahrenheit Kelvin
Scientist use the "Internation system of Units" to measure the properties of matter
yes
No. The units are incompatible and measure different properties.
This system is SI: the International System of Units, universally accepted.
Standardized units of measure are important to engineering because if everyone was using different measurement systems, dimensions of different objects and inventions wouldn't be converted correctly from the inventor to other inventors or manufacturers. (Had to be fixed because who ever wrote the originally answer was a a$$ hole)
They use the SI, or System International.
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