2.Cause confusion and disagreement among people that are using different units of measurement. E.g. one people use arm span to measure a length of a cloth and another is using metre(m) so there will confusing and misunderstanding between them.
3.Some of the problems that may arise if Standard International (SI) units are not used include conflict or discrepancies in data collection since there is no standard measurement, conflicting results amongst the various research personalities as well as inaccurate representation. These are basically the derived units that are mostly expressed in terms of the base units.
it will be difficult
I want to know bookscrap about problems that may arise when using the unit of measurement is not the same .
What problem is being discussed? There is no problem listed in the question so it is difficult to provide an accurate answer.
If you have different units, converting to any common unit will help. Of course, using standard units, i.e. SI units, is better than any other arbitrary unit. Also, SI units for a consistent set of units; as a result, you can often omit proportionality factors from formulae.
There really is no problem created from not using standard measurements. The only problem that could arise is confusion between people or miscalculations when substituting in formulas.
Standard unit of length
It is the SI unit (that is, the international standard unit) of mass
No.The foot is a standard unit - but of the Imperial system.No.The foot is a standard unit - but of the Imperial system.No.The foot is a standard unit - but of the Imperial system.No.The foot is a standard unit - but of the Imperial system.
The standard unit that is the same in all systems of units is the second, which is the base unit for measuring time.
A teaspoon is a standard unit of measurement, commonly used in the United States and other countries following the imperial system. It is not a metric unit.
is meant by measurement in che mistry
The standard unit of length in the metric system is called the meter. The standard unit of mass is the kilogram.