Scientific Notation

The exponent tells you how many spaces to move the decimal, remember to add zeros as needed. If the exponent is negative make it a decimal number less than one by moving the decimal to the left. If the exponent is positive make the decimal number greater than one by moving the decimal to the right.

It is: 3.1*10-1

1.0245x102

4.8 x 10 ^3 or 4.8 times 10 to the third

remember you want ur main number to be between 1 and 9. and you just count how many places you oved the decimal

1.52719820003 x 107

8 = 8.0 × 100
8 x 10^0

It is 8*10^-10.

It is: 5.72*10^10

Fifteen thousandths (0.015) in standard form is 1.5 × 10-2

142,000,000 is 1.42 X 108 in scientific notation

It is 2.21*109.

31.4 can be written as 3.14 × 101 in scientific notation.

If the pont is a decimal point, then 1.01*102

If the point is a thousand separator, then 1,01*105 where the comma (,) stands for the decimal "point".

407000 in scientific notation is 4.07 x 10^5

Rene Descartes came up with scientific notation

8 x 10^-5

4.12 × 10-4

Scientific notation is simply a way of representing very small or very large numbers. There is no particular significance in it except that it illustrates sensible use of mathematical presentation.

7.914*10-6

7.02*10-7

1,580 in Scientific Notation = 1.58 x 103

It is 1.6*10^7 in scientific notation

It is: 2.0*10^-7

It is: 3.7*10^-2

The answer depends on which one of the thousands of Alberts that have lived the question refers to.