Trade. If there were no standard units then you would have to learn which vendors used which units of measure. Perhaps you could take along some weight with you and say give me this much meat/potatoes etc. Buying liquids from one vendor might be $5/container but it's only $4/container somewhere else but are the containers the same size. Every city would have different units. Buying quantities of anything would be time consuming as you tried to figure out what quantity you were getting today.
Standard units came about for this reason. Trade between merchants, towns, farmers knew how much they were being paid for how much product. Initially these measures were still very much linked to individual cities or countries. Now measurements are generally well known and verifiable.
If standard units are not used, there can be confusion and errors in communication, calculations, and comparisons. It can lead to incorrect measurements, difficulty in sharing data with others, and potential safety risks in various fields such as science, engineering, and trade.
*No investigator could repeat, or evaluate or critique, the work of any other.
*There would be no way to check the value or accuracy of any scientist's work, and therefore no way to build on it or add to it.
*Actually, no scientist could accomplish much even by himself, because he could never evaluate the results of his own work. He could play around in his lab all he wanted, and would never know whether he had anything worth reporting.
*It's doubtful whether we would be out of caves yet.
while measuring anything; we actually see that the " to be measured thing is how many times the reference one"
so if there is no standard units i.e reference units ..there will be no measurement.
examples of problem that may arise if standard units are not used
There should be no insurmountable difficulties. Countries which have lower levels of educational achievement successfully adopted the metric system!
lll
No problem at all, just as long as you take the trouble to verify that you and all ofthe possible objects of your communication are using the same system of units.
Having one standard set of units internationally ensures consistency and accuracy in measurements across borders, facilitating smooth communication and collaboration. It helps to avoid confusion and errors that can arise from using different measurement systems, especially in scientific research, trade, and global relations.
It is the International Standard of units.
Standard units are more commonly used than non standard units. Also, many of the conversion factors, such as the Universal Gravitational Constant or the Speed of Light, are in standard units and, if your measurements were not in appropriate units, you would need to convert.
it will make us be difficult......
it will be difficult and more confusions and complications will occur...
lll
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.
I want to know bookscrap about problems that may arise when using the unit of measurement is not the same .
1.If you use units of measurement that aren't standard, you may end up with a meaningless result, or a result that no one else would understand. E.g. If your watch ticks at 47 times per minute and you use your watch to time something, your result would be pretty useless to someone whose watch ticks at the (SI) 60 times per minute.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.
No problem at all, just as long as you take the trouble to verify that you and all ofthe possible objects of your communication are using the same system of units.
It would no longer be possible to understand or compare results obtained by different scientists.
1.If you use units of measurement that aren't standard, you may end up with a meaningless result, or a result that no one else would understand. E.g. If your watch ticks at 47 times per minute and you use your watch to time something, your result would be pretty useless to someone whose watch ticks at the (SI) 60 times per minute.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.
Nine and a fifth - of any units, standard or not.Nine and a fifth - of any units, standard or not.Nine and a fifth - of any units, standard or not.Nine and a fifth - of any units, standard or not.
Yes you could. Look at metric and imperial measurement units, consider Roman units and the unit used by the Chinese empire as alternative units of measurement.
Units of measure do follow the standard deviation.