it will be difficult and more confusions and complications will occur...
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.
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it will make us be difficult......
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.
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.
I want to know bookscrap about problems that may arise when using the unit of measurement is not the same .
Using the same units worldwide allows for consistency, making it easier to compare and analyze data across different studies and regions. It also facilitates communication and collaboration among scientists and researchers from around the world. Standard units help to avoid errors or misunderstandings that could arise from using different measurement systems.
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.
If SI units are not used, there may be confusion and inconsistency in measurements, leading to errors in calculations and data analysis. This can impede communication between scientists and researchers across different fields. Additionally, not using SI units can hinder standardization and comparability of results in scientific studies.
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.
It would no longer be possible to understand or compare results obtained by different scientists.
Using standard units allows for consistency and uniformity in measurements across different contexts and locations. Standard units are agreed upon internationally, making it easier for communication and comparison between different parties. Additionally, standard units are based on physical constants or universal properties, ensuring accuracy and reliability in measurements.