Scientific Notation

As for example: 19,000,000 = 1.9*107 expressed in scientific notation

0.114 in scientific notation is 1.14 x 10^-1

8.3e-2 or 8.3 x 10^-2

It is 2.75 x 10^8

300,000 = 3 x 10^5

it is used to shorten long numbers like 300,000,000 would be 3x10 to the 8th power

0.434 in scientific notation is 4.34 x 10^-1

If you mean: 60.200 then it is 6.02*10^1

3.61 x 10^-1

It is: 6.68*10^5

The average distance is 3.844*10^5 kilometres.

What you have to do is make sure your scientific notation is between 1 and 9.9999.....

you know. then, you multiply that number by ten to a certain power-a negative or positive power; negative moving the decimal to the left and positive to the right-depending on the number you are using. For example, 6.37 x 10(to the 7 power).

3 x 10^9

It is: 2.8*10^10 which means 2.8 times 10 to the power of 10

It is: 1,560,000,000 or as 1.56*10^9 in scientific notation

If you mean: 20/1,000,000,000 then it is 2.0*10^-8

6.01 x 10^3

If you mean in scientific notation then it is: 1.495*10^8

If you mean scientific notation of 2.6*10^5 then it is 260,000

To save writing out very large or very small numbers containing a long line of digits as for example 1,000,000,000,000,000 = 1.0*10^15 in scientific notation

1.64 x 10e-5

Scientific notation - is simply 'shortening' a number - and raising it to a power. For example - instead of writing 10,000,000,000,000,000,000 - the scientific notation equivalent would be 1019 - which saves a lot of space !

Scientific notation: 3.3*103

And I'm not certain, but I think it is also 3.3*103 in engineering notation

Scientific notation is a way that scientists are able to handle either very large numbers or vary small numbers. The scientific notation for the number 70,680,000 would be written as 7.068 x 10^7.

9.11 x 10 to the first power is the answer