You move the decimal left or right until you end up with one digit in front of the decimal. Then, if you had to move the decimal to the left to get this number, you will have ten to the positive power of the number of decimal places moved.
If you had to move the decimal to the right to get the number, you will have ten to the negative power of the number of decimal places moved.
In this example, 5217000000 = 5.217 x 109
The standard number 0.09 in scientific notation is: 9 × 10-2
It is one of the great ironies of Mathematics that "standard" is not standard. In the US, standard notation is a number, like 953, which would be written in scientific notation as 9.53 x 10^2 In Britain, scientific notation is also known as "standard form."
It is: 3.992*10^11 in scientific notation
0.9 in scientific notation is 9.0*10*^-1
610 in Scientific Notation = 6.1 x 102
The standard number 8,200 in scientific notation is 8.2 x 103
The standard number 0.09 in scientific notation is: 9 × 10-2
An exact quantity of people used for a comparison. Their is also scientific notation to standard notation which is changing scientific notation so it would be a standard number.
It is one of the great ironies of Mathematics that "standard" is not standard. In the US, standard notation is a number, like 953, which would be written in scientific notation as 9.53 x 10^2 In Britain, scientific notation is also known as "standard form."
It is: 6.327*10^10 when in scientific notation
0.9 in scientific notation is 9.0*10*^-1
It is: 3.992*10^11 in scientific notation
78,510,000,000 in Scientific Notation = 7.851 x 1010
9 × 10- 5 is 0.00009 in scientific notation.
0.006259 in scientific notation is: 6.259 × 10-3
610 in Scientific Notation = 6.1 x 102
789,800 in scientific notation is 7.898 x 105