You move the decimal point to the right, as many digits as the exponent states, filling out with zeroes if necessary. If the exponent is negative, you move the decimal point to the left.
Example: 1 light-year has about 9.5 x 1012 kilometers. Moving the decimal point 12 digits to the right, you get: 9,500,000,000,000 kilometers.
28.6 is the standard notation. The standard form(also called scientific notation) is: 2.86 × 101
The standard number 0.09 in scientific notation is: 9 × 10-2
1,150 in Scientific Notation = 1.15 x 103
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."
0.000127 in Scientific Notation = 1.27 x 10-4
28.6 is the standard notation. The standard form(also called scientific notation) is: 2.86 × 101
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
You can't convert it to scientific notation. Also, the 0 in this number is of no use.
It is not possible to convert a number with 2 decimal points into scientific notation.
1,150 in Scientific Notation = 1.15 x 103
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."
0.000127 in Scientific Notation = 1.27 x 10-4
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