An answer
It allows for the whole of the shape to have been acounted for. A square is measured in the same way except that it height and length figure will always be the same i.e 5feet x 5feet.
The density of the material is 20g/125 cubic metres = 0.00000016 grams per cubic centimetre.Volume is measured in cubic units of length and so it has been assumed that "125 cm" refers to 125 cubic metres.The density of the material is 20g/125 cubic metres = 0.00000016 grams per cubic centimetre.Volume is measured in cubic units of length and so it has been assumed that "125 cm" refers to 125 cubic metres.The density of the material is 20g/125 cubic metres = 0.00000016 grams per cubic centimetre.Volume is measured in cubic units of length and so it has been assumed that "125 cm" refers to 125 cubic metres.The density of the material is 20g/125 cubic metres = 0.00000016 grams per cubic centimetre.Volume is measured in cubic units of length and so it has been assumed that "125 cm" refers to 125 cubic metres.
The derived quantity is a quantity which has been derived from 2 or more base quantities. Example: Velocity is the rate of change of distance and is written in terms of distance divided by time which are two base quantities.
'Length; is a measure of DISTANCE. 'Duration' is a measure of TIME. However, 'length; can easily be, and is often confused, with a period of time. .e.g. 'How long it takes to do something'.
Mathematically, yes.In a scientific context, 0.330 has one more significant digit than 0.33, and this difference indicates that 0.330 represents a more precise measurement. The natural assumption, then, is that 0.33 and 0.330 are not the same, although they might be - that is, it's possible that the quantity measured as 0.33 might have been measured as 0.330 if a more precise measurement tool had been used, but it's also possible that the more precise measurement would have yielded a result like 0.331 or 0.329 instead.
It is something which has been purchased by the consumer.
The answer will depend on what quantity is being measured. Since that has not been specified, there can be no sensible answer.
If the calculated length of the displacement vector matches the measured length, it means the calculations were accurate. If they differ, there may have been errors in calculations or measurements. It is important to ensure consistency between calculated and measured values to validate the accuracy of the displacement vector.
The quantity of work refers to the amount of work that needs to be completed or has been completed within a specific time frame. It can be measured in terms of tasks, projects, hours worked, or output produced. Tracking and managing the quantity of work is essential for productivity and project management.
The quantity produced refers to the total amount of goods or services that have been manufactured or generated by a company within a specific timeframe, typically measured in units or a monetary value. It is a key metric in evaluating a company's production efficiency and overall performance.
The elongation of a tension specimen can be measured by marking a gauge length on the specimen before testing it and then comparing the final length of the specimen after it has been stretched to the original gauge length. The elongation can be calculated using the formula: Elongation = ((final length - original length) / original length) x 100%.
It allows for the whole of the shape to have been acounted for. A square is measured in the same way except that it height and length figure will always be the same i.e 5feet x 5feet.
In chemistry, 5 miles is considered a measured quantity because it is a distance that has been obtained through measurement. An exact number in chemistry would typically refer to values like atomic masses or the number of atoms in a molecule, which are known precisely.
just under 15 feet...nothing over 15 feet has ever been reliably measured and recorded.
The density of the material is 20g/125 cubic metres = 0.00000016 grams per cubic centimetre.Volume is measured in cubic units of length and so it has been assumed that "125 cm" refers to 125 cubic metres.The density of the material is 20g/125 cubic metres = 0.00000016 grams per cubic centimetre.Volume is measured in cubic units of length and so it has been assumed that "125 cm" refers to 125 cubic metres.The density of the material is 20g/125 cubic metres = 0.00000016 grams per cubic centimetre.Volume is measured in cubic units of length and so it has been assumed that "125 cm" refers to 125 cubic metres.The density of the material is 20g/125 cubic metres = 0.00000016 grams per cubic centimetre.Volume is measured in cubic units of length and so it has been assumed that "125 cm" refers to 125 cubic metres.
A pointless exercise! If it has been measured exactly then what is the point of adding one digit which has been estimated?
yes you idiout