Scientist agreed on one unit of meaure because for scienctist all over te world could conduct the same experaments without having to worry about getting the wrong meaurements. Also if they had different units when they meet they wouldn't be able to communicate their ideas.
Scientist agreed on one unit of meaure because for scienctist all over te world could conduct the same experaments without having to worry about getting the wrong meaurements. Also if they had different units when they meet they wouldn't be able to communicate their ideas.
What they thought was the circumference of the Earth.
Milliliters (ml) is a common unit of measurement for liquid volume in the metric system. It is equivalent to one cubic centimeter. Millimeters (mm) are used to measure length, not liquid volume.
A yoctosecond is a unit of time equal to one septillionth of a second, or 10^-24 seconds. It is one of the smallest units of time measurement in the International System of Units (SI).
To determine the relative uncertainty in a measurement, you can calculate the ratio of the uncertainty in the measurement to the actual measurement itself. This ratio gives you a percentage that represents the level of uncertainty in the measurement.
when one scientist tells another scientist that something is certain length, that measurement should mean the some thing to both of them.
Scientist agreed on one unit of meaure because for scienctist all over te world could conduct the same experaments without having to worry about getting the wrong meaurements. Also if they had different units when they meet they wouldn't be able to communicate their ideas.
Scientist agreed on one unit of meaure because for scienctist all over te world could conduct the same experaments without having to worry about getting the wrong meaurements. Also if they had different units when they meet they wouldn't be able to communicate their ideas.
Feet and inches are part of the Imperial measurement system.
No one discovered them, they are derived units in the SI system of measurement. The newton is a "unit of measure", so it was defined/invented as part of the System Internationale measurement system, begin in 1960.
time
Scientists agreed to use one system of measurement, the International System of Units (SI), to promote consistency and accuracy in scientific communication and research worldwide. Having a standardized system helps ensure that measurements can be easily understood and replicated by scientists from different countries and disciplines. This promotes collaboration and progress in scientific endeavors.
Scientist agreed on one unit of meaure because for scienctist all over te world could conduct the same experaments without having to worry about getting the wrong meaurements. Also if they had different units when they meet they wouldn't be able to communicate their ideas.
Saying something is "14 long by 20 high" or "weighs 73.4" doesn't help at all if one person uses grams and the other uses tons.
The metric system is used by scientists because it is based on factors of ten. This makes it easy to convert from one unit of measurement to another.
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We use the metric system to measure because the scientist all over the world use the metric system to measureThe metric system was developed in the late 1700's as a way to standardise measurements throughout Europe. For each type of measurement there is only one base measurement with the use of prefixes to adjust the measurement. For example, the base measurement for volume is a litre . If we have a thousand litres, it is referred to as a kilolitre, as the prefix kilo means one thousand. The most common metric base units are the litre(volume), gram (mass) and metre (length). Prefixes include kilo (1000), hecto (100), deca (10), deci (0.1), centi (0.01) and milli(0.001).I live in Australia and we use the metric system here as well.