Scientific Notation

The answer is five and twenty-three hundredths times ten to the negative seventh power.

8.765 x 10*-3

It is: 1.34 x 10^9

It is 4.6*10^-6.

It is: 4.5*10^-4

It is 6.9*10^-3

It is 6.0*10^-6 m in scientific notation

* Remove trailing zeros now you have 789 Insert a decimal point between the first and second digits now you have 7.89 Count the digits to the left of the first digit in this case 10 Multiply the number in step 2 by 10 raised to the power the number in the third step So you get 7.89 X 1010 It can also be expressed as 7.89E10

It is 1027

Since the numbers astronomers use are often very large or very small, they frequently use scientific notation to describe sizes and sentences in the universe.

Accountants use scientific notation to compute very large or very small numbers.

It is: 2.68*10-4

It is: 5.291*106

It is: 7.63*10-3

83.3 = 8.33 × 101

0.86 in standard form is 8.6 × 10-1

It is: 4.9*102

39,940,000,000 = 3.994 x 10^10

The number 1,001 can be written as 1.00 × 10^3 in scientific notation.

Standard form is the same as scientific notation and it is: 9.6*10^-2

0.0013 = 1.3 x 10^-3

8.84 x 10^4

It is: 4.78*10^7

0.0058421998 = 5.8421998 x 10^-3