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The purpose is to have a compact way to write, and compare, very large and very small numbers.
You won't notice the advantage if, for example, you write 2300 as 2.3 x 103, although you should still know the theory for those cases. However, if you have a number like 2,300,000,000,000,000,000 it helps to write this as 2.3 x 1018 - it is easy to compare with other numbers, without having to count the digits, or even write them out.
The purpose is to have a compact way to write, and compare, very large and very small numbers.
You won't notice the advantage if, for example, you write 2300 as 2.3 x 103, although you should still know the theory for those cases. However, if you have a number like 2,300,000,000,000,000,000 it helps to write this as 2.3 x 1018 - it is easy to compare with other numbers, without having to count the digits, or even write them out.
The purpose is to have a compact way to write, and compare, very large and very small numbers.
You won't notice the advantage if, for example, you write 2300 as 2.3 x 103, although you should still know the theory for those cases. However, if you have a number like 2,300,000,000,000,000,000 it helps to write this as 2.3 x 1018 - it is easy to compare with other numbers, without having to count the digits, or even write them out.
The purpose is to have a compact way to write, and compare, very large and very small numbers.
You won't notice the advantage if, for example, you write 2300 as 2.3 x 103, although you should still know the theory for those cases. However, if you have a number like 2,300,000,000,000,000,000 it helps to write this as 2.3 x 1018 - it is easy to compare with other numbers, without having to count the digits, or even write them out.
The purpose is to have a compact way to write, and compare, very large and very small numbers.
You won't notice the advantage if, for example, you write 2300 as 2.3 x 103, although you should still know the theory for those cases. However, if you have a number like 2,300,000,000,000,000,000 it helps to write this as 2.3 x 1018 - it is easy to compare with other numbers, without having to count the digits, or even write them out.
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The first number when writing 4 000 000 in scientific notation?
4,000,000 in Scientific Notation = 4 x 106
How are number that expressed in scientific notation?
Scientific notation - is simply 'shortening' a number - and raising it to a power. For example - instead of writing 10,000,000,000,000,000,000 - the scientific notation equivalent would be 1019 - which saves a lot of space !
How is the number 237 written in scientific notation?
2.37 X 102 ============as you see for numbers this small scientific notation is more inconvenient than just writing the number in standard notation
What are the rules writing of scientific notation?
In scientific notation all numbers are written in the form: a*10b where a is a decimal number such that 1 ≤ a < 10 and b is an integer.
What is the difference between a number in scientific notation and one in standard form?
there is just an easier way of writing a large number in scientific notation by placing times 10 then a negative or positive exponent compared to a large number
The first number when writing 4 000 000 in scientific notation?
4,000,000 in Scientific Notation = 4 x 106
How are number that expressed in scientific notation?
Scientific notation - is simply 'shortening' a number - and raising it to a power. For example - instead of writing 10,000,000,000,000,000,000 - the scientific notation equivalent would be 1019 - which saves a lot of space !
How is the number 237 written in scientific notation?
2.37 X 102 ============as you see for numbers this small scientific notation is more inconvenient than just writing the number in standard notation
What are the proper waste on writing a number in scientific notation?
Writing a string of random digits is a proper waste!
What is the purpose of writing numbers in scientific notation?
It saves writing big numbers - saving space and time. For example, it's quicker to write the number 6 billion as 6x106 rather than 6,000,000,000,000
What are the rules writing of scientific notation?
In scientific notation all numbers are written in the form: a*10b where a is a decimal number such that 1 ≤ a < 10 and b is an integer.
What is the difference between a number in scientific notation and one in standard form?
there is just an easier way of writing a large number in scientific notation by placing times 10 then a negative or positive exponent compared to a large number
What is exponantial notation?
Exponential notation is a way of writing numbers that allows you to move the decimal point in a number. This is also referred to as standard form or scientific notation.
When writing a number in scientific notation how many digits should be to the left of the decimal points?
One digit
Why are extremely large and small numbers expressed in scientific notation than decimal notation?
Large Number & Small Number are Difficult to Write and Read,So a Method For Writing and Reading them More Easily This Calle Scientific notation ,To Computation make easy! :)))
What is the general form for writing numbers you scientific notation?
The general form of a number in scientific notation is ax 10n, where a must be between 1 and 10, and nmust be an integer. (Thus, for example, these are not in scientific notation: 34 x 105; 4.8 x 100.5.).
What is the difference between scientific notation and engineering notation for writing numbers?
In both notations a number is represented in the form a*10^b where a is a real number and bis an integer.In scientific notation, 1
