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.
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.
All types of energy may be measured in Joules.
Uranium is typically measured in units of weight such as grams or kilograms. For radioactive purposes, activity is measured in becquerels (Bq) or curies. In industrial applications, uranium content may also be measured in percentage by weight.
Mass or weight.
Heat energy is most commonly measured in units of calories or joules.
Both measurements could be correct if they were using different units of measurement. For example, Richard may have measured the chalk in inches while Tanya measured it in centimeters. This would account for the difference in their measurements.
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 flow rate of a fluid can be measured by techniques such as using a flow meter, which is a device that quantifies the amount of fluid passing through it over a specified time period. Flow rate is typically measured in units such as liters per minute or cubic meters per second.
Petroleum products are typically measured in volume using units such as barrels (bbl) or gallons. For practical purposes, other units like liters or tons may also be used depending on the region and specific product. Measurements are important for trading, transportation, and storage of petroleum products.
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.
Elevation can be expressed using various units depending on the region and context. Common units include feet, meters, and kilometers. In aviation, elevation is often measured in feet above sea level, while in geology and geography, it is commonly measured in meters or kilometers above sea level. Additionally, some regions may use specific units like fathoms or leagues to express elevation.
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.
The quantity is measured in milliseconds or ms, where 1 millisecond is equal to 0.001 seconds.
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