Metric System

Millimeters are commonly used. It is also possible to use cm or dm.

The imperial system was too difficult to calculate with. The metric system started in Fance and because it was all based on powers of 10 it made calculations much easier

The basic measurement unit is a kilogram.

2.465, assuming that 1g=1ml (density of 1)

you are dividing it by ten if you are going up, times it by ten if you are going down.

You could use cm, meters (eg. 0.18cm ) or millimetres . A mix of cm and mm should be best for accuracy .

No because there is no such as the Cambridge System of measurements.

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I think you've seen and misunderstood publicity for or reports on, a major academic conference hosted in July 2015 by Cambridge University, on the history, philosophy and science of measurement at a time of studies into the fundamental definitions of the basic metric units.

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Nobody was trying to invent a new system. They were looking at unit-definitions that would suit the most rigid scientific demands, such as in quantum physics and astronomy, where relating measurements to a standard metal bar is just not precise enough. It's worth noting that the University of Cambridge is particularly noted for its mathematics research and teaching.

1 meter is equal to 100 centimeters.

So if you convert 1.75 meters to centimeters:

1.75 m x 100cm/1m = 175 cm

So in 1.75 m, you have 175 cm.

Diurnal height variation is the variation in height over the course of a day. People are at their maximum height when they wake up. As they go through the day, their own weight causes the spine to compress so that by the end of the day they are shorter. Then, when they sleep the spine recovers its normal length. This is clearly important when monitoring growth rates of children.

cubic meter

The metric unit of length is the 'meter'.

Centimetres squared, mtrs squared etc. example, a room is 5 mtrs wide and 10 mts long the area of the room is 50mtrs squared

SI stands for Systems International. The unit for matter is kilograms. This unit can be used to describe the largest amount of matter to the smallest amount.

The metric system has the advantage of base 10 conversion. There are 100 centimeters to a meter, 1000 milliliters to a liter, and 1000 grams to a kilogram. This means that so long as you are using Base 10 for your calculations, all you have to do to move a decimal point.

Weight is measured in kilograms. There are 1000 grams in 1 kilogram, and 1000 kilograms in 1 tonne.

The metric system is an international standard for all countries. So they can be understood by scientists all around the world.

It also goes up in regular intervals in multiples of 10 eg there are 100 centremetres in 1 metre and 1000 metres in 1 kilometre. whereas the English system goes up in random numbers. eg 12 inches in a foot

There is an 'SI' unit for each quantity measured. eg length is metres weight is grams. then the prefix denotes what proportion of the SI unit it is. eg kilo means thousand so you know for any SI measurement if it has kilo in front of it then it is 1000 times that unit. a kilogram is 1000 grams!!

in not sure that made sense but yea. i think SI means standard international but im not sure.

also the metric system units all are interlinked

eg 1 milliliter of water has a volume of 1 cubic centremetre and weighs 1 gram

cool eh?

ny way sorry for the super long answer...

:-)

No

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The metric system is in place as a standard unit of measurement. It's important to use standardized units so that scientists elsewhere, anywhere, can repeat the investigations to confirm the work.

The metric system uses units such as meters for length, grams for mass, liters for volume, and seconds for time. It follows a decimal system with prefixes to indicate multiples of ten, such as kilo- for thousand and milli- for thousandth.