Anonymous
Jan 29
State any advantage of MKS over CGS system of unit?
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Jan 29
One advantage of the MKS (meter-kilogram-second) system over the CGS (centimeter-gram-second) system of units is that it is more consistent with the International System of Units (SI). The SI system is the most widely used system of measurement in the world and is based on the MKS system.
Here are some specific advantages of the MKS system over the CGS system:
1. Simplified conversions: The MKS system uses base units of meters, kilograms, and seconds, which are easier to work with and convert between compared to the CGS system's base units of centimeters, grams, and seconds. The use of meters as the base unit for length simplifies calculations and reduces the need for constant conversions.
2. Greater compatibility with scientific research: The MKS system is more widely used in scientific research and engineering fields, making it easier to communicate and collaborate with others. Many scientific equations and formulas are formulated using MKS units, so using the same system ensures consistency and accuracy in calculations.
3. Consistency with SI system: The MKS system is consistent with the SI system, which is the globally accepted system of measurement. This consistency allows for easier integration with other scientific disciplines and simplifies the process of standardization and international collaboration.
4. Enhanced precision: The MKS system's use of meters as the base unit for length allows for greater precision in measurements compared to the CGS system's use of centimeters. This increased precision is particularly important in scientific research and engineering applications where accuracy is crucial.
5. Simplified dimensional analysis: The MKS system's use of meters, kilograms, and seconds as base units simplifies dimensional analysis, which is the process of checking the dimensional consistency of equations. The consistent use of base units makes it easier to identify and correct errors in equations and calculations.
Overall, the MKS system offers advantages in terms of simplicity, compatibility, precision, and consistency with the SI system, making it a preferred choice in many scientific and engineering applications.
Here are some specific advantages of the MKS system over the CGS system:
1. Simplified conversions: The MKS system uses base units of meters, kilograms, and seconds, which are easier to work with and convert between compared to the CGS system's base units of centimeters, grams, and seconds. The use of meters as the base unit for length simplifies calculations and reduces the need for constant conversions.
2. Greater compatibility with scientific research: The MKS system is more widely used in scientific research and engineering fields, making it easier to communicate and collaborate with others. Many scientific equations and formulas are formulated using MKS units, so using the same system ensures consistency and accuracy in calculations.
3. Consistency with SI system: The MKS system is consistent with the SI system, which is the globally accepted system of measurement. This consistency allows for easier integration with other scientific disciplines and simplifies the process of standardization and international collaboration.
4. Enhanced precision: The MKS system's use of meters as the base unit for length allows for greater precision in measurements compared to the CGS system's use of centimeters. This increased precision is particularly important in scientific research and engineering applications where accuracy is crucial.
5. Simplified dimensional analysis: The MKS system's use of meters, kilograms, and seconds as base units simplifies dimensional analysis, which is the process of checking the dimensional consistency of equations. The consistent use of base units makes it easier to identify and correct errors in equations and calculations.
Overall, the MKS system offers advantages in terms of simplicity, compatibility, precision, and consistency with the SI system, making it a preferred choice in many scientific and engineering applications.
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