Scientific Notation

8.0 x108m

3.6E-6 mm = 3.6E-9 m is the scientific notation.

2.5000000000000e13

6.2282*108

8.06*108

0.000401 = 4.01*10-4

63x10 to the power of 4

5.61 x 102 , you just move the decimal so that the original number is greater than or equal to one but less than 10 then multiply that by 10 to the power of the number of decimal places you had to move. If you moved the decimal to the left, the exponent is positive, if you moved the decimal to the right, the exponent is negative.

49,200 in Scientific Notation = 4.92 x 104

Scientific notation is writen as a decimal number, multiplied by a power of ten such that the decimal number is a unit number, with following decimals.

0.023841 = 2.3841 x 10 ^ (-2) or 2.3841 E-02.

67,011 = 6.701100e+4

2.72338e-6

4.5 x10the the seventh power

3.7 x 102

if more than 2 significant digits are required, simply add additional zeros after the 7; if only one significant digit is required, it is 4 x 102

342 in Scientific Notation = 3.42e+2

0.716 in Scientific Notation = 7.16 x 10-1

1.000230 x 106

The tailing zero preserves itself as a significant digit. If it isn't significant, leave it off.

One way to write this number in scientific notation is 2.035x10-3.

6,510 in Scientific Notation = 6.51 x 103

0.0205 in Scientific Notation = 2.05 x 10-2

0.0970 written in scientific notation is: 9.700000e-2

it probably means 6.41 x 10^23 if its a calculation. its sort of like scientific notation.

3x10^3

0.0000001 = 0.1 x 10^-6

The standard scientific notation for 3.00000 is 3*10^0 or 3E0.

It can also be written as 300000*10-5 or 300000E-5 (or in many other nonstandard ways).