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What is a benefit of using the SI system and scientific notation when analyzing data and measurements?
The SI system is much easier to use when analyzing scientific data since conversions can be done very simply without having to remember ridiculous conversions with units in the American system like slugs, feet etc.
With the SI system the prefixes make converting any unit to another very easy. if you wanted to convert 4.13 in to miles you would need a calculator and have to know that there are 12 inches in a foot and 5280 feet in a mile, work out the dimensional analysis and come up with a slightly accurate number after losing much accuracy in your calculator, but with the si system, if you wanted to convert say .01241 mm to kilometers you just move the decimal place, in this case six places to the left. Giving .00000001241 km.
Scientific notation is handy when you have a very large or very small number like the answer to the last example, .00000001241 can be written in scientific notation as 1.2141 X 10^-8 meters
What else can I help you with?
What is 600.00001 in scientific notation?
600.00001 = 6.0000001 x 10^2 but there is no benefit in writing this way.
What are all the ways you can write 0.018 in scientific notation?
The benefit of scientific notation is that a number can only be written one way when using it. 0.018 is written as 1.8 * 10-2.
How do you write 229792 in scientific notation?
There is no benefit to doing so but the result would be 2.29792 x 10^5
What is the benefit of using scientific notation?
It reduces extremely large numbers to a more manageable format. For example, instead of writing 100,000,000,000,000 (100 trillion), you would express it as: 1 x 10^14 or 1E14
What is the benefit of writing number in scientific notation?
Ask yourself. Would you rather write this out in long hand? 234,000,000,000,000,000,000 ----------------------------------- Or this? 2.34 X 1020 -------------- Let alone adding, subtracting, multiplying and dividing the first long number.
What is 600.00001 in scientific notation?
600.00001 = 6.0000001 x 10^2 but there is no benefit in writing this way.
What are all the ways you can write 0.018 in scientific notation?
The benefit of scientific notation is that a number can only be written one way when using it. 0.018 is written as 1.8 * 10-2.
How do you write 198282000 in scientific notation?
1.98282 x 10^8 but there is no benefit to doing so.
How do you write 229792 in scientific notation?
There is no benefit to doing so but the result would be 2.29792 x 10^5
What is 6853429781 in scientific notation?
There is no benefit to doing so as the result is longer to write than the number itself! However, the result would be: 6.853429781 x 10^9
How do you express the number 36756000 in scientific notation?
370,918,706,949.93 = 3.7091870694993 x 10^11
What is the benefit of using scientific notation?
It reduces extremely large numbers to a more manageable format. For example, instead of writing 100,000,000,000,000 (100 trillion), you would express it as: 1 x 10^14 or 1E14
What is the benefit of writing number in scientific notation?
Ask yourself. Would you rather write this out in long hand? 234,000,000,000,000,000,000 ----------------------------------- Or this? 2.34 X 1020 -------------- Let alone adding, subtracting, multiplying and dividing the first long number.
Do Scientific advances in 20th century benefits the mankind?
All scientific advances benefit mankind in someway.
Is the benefit of having scientific scientific literacy?
everything without it life would be a maze with no exit or entrace
How far can poorer countries benefit from scientific technology?
Poor countries can benefit from a limited amount of scientific technology. They do not have the resources to utilize higher levels of technology, but they can benefit from things that improve the quality of food production, health care, and sanitation.
What describes something that is created from scientific data benefit society?
Technology
