Metric System

1.28 ft = 1.28 x 30.48 cm = 39.0144 cm

The SI unit is a Newton while an Imperial unit was a pound-force (not a pound).

The basic metric measurement of length is the meter (m). It is defined as the distance traveled by light in a vacuum during a specific fraction of a second. Other common metric units of length include the centimeter (cm) and the kilometer (km).

No, the metric system does not use parts as a unit of measurement. In the metric system, the primary unit for length is the meter, which is divided into smaller units such as centimeters and millimeters.

Kelvin is an incorrect way to spell "Kevin"

There are 1,000 millimeters in 1 meter. Therefore, 1m = 1000mm.

The term for measuring long distances in the metric system is kilometers.

.0087 Kilograms. In the metric system the conversation from your base unit (gram in this scenario) to any other unit of measurement is based off of multiples of 10. 1 Gram = .001 Kilograms.

Length…..metre (m)

Volume…..litre (L)

Mass…..gram (g)

Time…..second (s)

Temperature…..degrees Celsius (C)

Energy…..joule (J)

Amount of substance…..mole (mol)

The abbreviation cm stands for centimetre. Which is one hundredth of a metre in the metric or SI system.

Yes. The base unit of mass is the kilogram, a gram is one one thousandth of a kilogram.

Where the question deals only with abbreviations, it might be better to write out the words in full, just to make sure that people can know what you mean. I presume you mean 'How many decilitres in one litre?' The answer is: ten .

The prefix for 1/100 is "centi".

The prefix for 1/100 is "centi".

The prefix for 1/100 is "centi".

The prefix for 1/100 is "centi".

Angular velocity is a measurement of how fast something is turning.

Everyone has heard of "RPM", which stands for "Revolutions Per Minute" ... how many complete turns an object makes in one minute. That's a perfectly good measurement of angular velocity, although in Physics, angular velocity is normally given in different units.

The standard unit for angular velocity is "radians per second".

Each complete turn covers (2 pi) radians (same as 360 degrees). And there are 60 seconds in one minute.

So if you know the RPM, you can multiply RPM by (2 pi / 60) = 0.10472 to get angular velocity in standard units.

An old LP phonograph record (remember those ?) playing at 33-1/3 RPM has an angular velocity of about 3.5 radians per second.

A car engine idling at 1,000 RPM is turning at about 104.7 radians per second.

All of the cement produced in the world in one year is about 2 billion metric tons.

This is also the approximate mass of a teaspoon of a neutron star.

Adopting the metric system would align Singapore with the global standard, making it easier to communicate internationally. It would also simplify trade and promote consistency in measurements across different industries. Additionally, the metric system is based on powers of 10, making conversions and calculations more straightforward than the current system.

Most measurements are more of habits learned than anything else. So, a yard vs a meter is only what one is used to dealing with.

The metric system has a couple of advantages. It is based on the decimal system, with standardization of units and prefixes. It makes comparisons from one unit to another easier and more logical.

It is "logical" that 1cc = 1ml. 1 liter water (very common) = 1 kg, etc.

The "English" system has different bases from 12 for inches to 5280 feet per mile. Cups, pints, quarts, teaspoons, tablespoons, etc are all somewhat obscure measurements. There are even different sizes of gallons depending on what substance one is discussing, or which country a person is in.

However, not all is bad with the "English" system either. Fractions can be logical. Halves, Quarters, Eighths, Sixteenths, etc. often just make sense.

And, while Fahrenheit isn't based on freezing and boiling of water, it is based more or less on a "normal" temperature range that people are likely to experience. I.E. in much of the world, 0°F is very cold, and 100°F is very hot. Anything falling outside of that range would be considered extremes.

But, then again, perhaps that is just a habit, and it would be equally logical to think of -10°C being chilly and 40°C being hot.

The reason why many who use the metric system prefer it, was summed up by one contributor in this way:

"The metric system is based on tens, hundreds and thousands - simplicity itself. The Imperial system uses threes (feet in a yard), eights (pints in a gallon, also furlongs in a mile), twelves (inches in a foot), fourteens (pounds in a stone), sixteens (ounces in a pound and also fluid ounces in an American pint), twenties (fluid ounces in a British pint) - need I say more???"

The metric system is decimal, which simplifies calculations. For example, since one kilometer is 1000 meters, 16.3 kilometers is equal to 16300 meters. You should be able to calculate this in your head. Now, try to do the same with miles and feet!

The other great advantage - perhaps more important than the first - is that it is an international standard. Most countries of the world use the same units.

The metric system is decimal, which simplifies calculations. For example, since one kilometer is 1000 meters, 16.3 kilometers is equal to 16300 meters. You should be able to calculate this in your head. Now, try to do the same with miles and feet!

The other great advantage - perhaps more important than the first - is that it is an international standard. Most countries of the world use the same units.

The metric system is decimal, which simplifies calculations. For example, since one kilometer is 1000 meters, 16.3 kilometers is equal to 16300 meters. You should be able to calculate this in your head. Now, try to do the same with miles and feet!

The other great advantage - perhaps more important than the first - is that it is an international standard. Most countries of the world use the same units.

The metric system is decimal, which simplifies calculations. For example, since one kilometer is 1000 meters, 16.3 kilometers is equal to 16300 meters. You should be able to calculate this in your head. Now, try to do the same with miles and feet!

The other great advantage - perhaps more important than the first - is that it is an international standard. Most countries of the world use the same units.

Answer: as far as i know there is no other way to say the metric system besides the metric system!

Answer: There are several "metric systems"; the version that is used internationally is called "SI", an acronym for "International System" in French.

Using the metric system for dosage calculations offers a standardized and consistent system, reducing errors and confusion that can occur with multiple systems in place. The metric system is also based on units of ten, making conversions and calculations simpler and more efficient. It is the globally recognized system for measurements in the scientific and medical fields, promoting consistency and accuracy in dosing practices.

Same as the unit of energy: the Joule.

Same as the unit of energy: the Joule.

Same as the unit of energy: the Joule.

Same as the unit of energy: the Joule.

The metric system is based on multiples of 10, and human math tends to work well with multiples of 10. Just think how easy it is to do 8 x 100 in your head, versus 8 x 193.

This means you don't have to remember that there are 12 inches in a foot, or 5280 feet in a Also, water freezes at 0 and boils at 100. I have no idea how anyone developed a system where this is not the case.