Answer #1: Joules (J) or Newton metres (Nm)
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Answer #2: Energy
YES!!! For example;- A rectangle may have sides of 3 units and 5 uints. To find the area you multiply these two sides together. Hence Area = 3 units X 5 units = 15 sq. units(square units ) Note the use of the word 'square for area units. Theis method of description is used when measurements are in the Imperial System/ However when using the Metric system, , the units are described as 'Units^2'. Volume becomes 'cu.units' ( cubic units) ; Imperial and 'units^3' ( Metric)
The temperature of a person may be measured in either Celsius or Fahrenheit. Measuring temperature in Fahrenheit is unusual these days, as SI units are normally used.
After the magnitude of any capacity or volume of space has been measured, it can be expressed in units of 'kiloliters'. If the sample is relatively small, then the choice of 'kiloliter' may produce an inconveniently small number, and 'liter' or 'milliliter' may be preferred.
Area is usually not measured, but calculated. For several standard shapes (for example, rectangles, circles, etc.) there are standard formulae to calculate the area; for an arbitrary irregular shape, integration can be used. This basically means mentally cutting the shape into lots of small pieces.
Square units of length. The exact units will depend on the size of the object: A screen pixel may be measured in square millimetres, a postage stamp in square centimetres, a wall in square metres, city blocks in square kilometres.
Mass or weight.
a rough estimate may be done using some type of radiac, but an exact amount can only be determined by assay.
YES!!! For example;- A rectangle may have sides of 3 units and 5 uints. To find the area you multiply these two sides together. Hence Area = 3 units X 5 units = 15 sq. units(square units ) Note the use of the word 'square for area units. Theis method of description is used when measurements are in the Imperial System/ However when using the Metric system, , the units are described as 'Units^2'. Volume becomes 'cu.units' ( cubic units) ; Imperial and 'units^3' ( Metric)
A diameter is a line and can be measured in any units of length although some may be more useful units than others. The diameter of a galaxy may be measured in light years, that of a ferris wheel in metres, a car tyre in centimetres, etc. The diameter of a galaxy may be measured in centimetres but you'll simply end up with a very large number.
That may refer to an object's mass (units: kilograms), to its momentum (measured in mass x velocity, units are kilogram x meter / second), or to its kinetic energy (measured in joules).
none... its measured in bytes * * * * * It depends on the context. Capacity, in the sense of data storage, is measured in bytes. IN other contexts, it may be measured in cubic centimetres, or litres or other related units.
It depends a bit on the context. "ms" is basically milliseconds. However, it may also refer to meters/second, which would more properly be written as m/s.
The temperature of a person may be measured in either Celsius or Fahrenheit. Measuring temperature in Fahrenheit is unusual these days, as SI units are normally used.
Flow of a fluid is measured by its viscosity. Units of measure may be in unit volume per unit of time
SI units, it's Newtons (mass in kilograms x 9.81) In Imperial, it's pounds. Weight is a force, and may be described in any convenient unit of force. Popular units include: -- newton -- dyne -- pound -- ounce -- ton
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After the magnitude of any capacity or volume of space has been measured, it can be expressed in units of 'kiloliters'. If the sample is relatively small, then the choice of 'kiloliter' may produce an inconveniently small number, and 'liter' or 'milliliter' may be preferred.