Scientific Notation

The scientific notation of 0.00000000000000000000000003 is 3 x 10^-26. This is because you move the decimal point 26 places to the right to make the number between 1 and 10, and then raise 10 to the power of -26 to account for the number of places you moved the decimal point.

Oh, dude, it's like you take that tiny number 0.0015 and you gotta move that decimal point three spots to the right to make it 1.5. Then you slap on a power of 10 to show how many times you moved that decimal, which gives you 1.5 x 10^-3. Easy peasy lemon squeezy!

7210 = 7.21 x 10^(3)

4.085 x 10^3

5.89917 x 103

When we say "convert", we mean "write it a different way, but don't change its

actual size". Like '1 foot' and '12 inches' ... same length, different description.

You can't do anything that involves "the third power" without changing the

actual size of a quantity. So that's not a "convert" kind of thing.

Oh, what a happy little number we have here! Let's simplify it. In scientific notation, 1989000000000000000000000000000000 is written as 1.989 x 10^33. Just imagine all the possibilities and beauty in this vast number!

0.0000432 in scientific notation is: 4.32 x 10-5

0.0007 in scientific notation is 7 x 10^-4

4.58 times 10^1

50,000,000 equals 5.0*10^7 in scientific notation

Scientific notation is a way of writing numbers that are too big or too small to be conveniently written in decimal form.There may be such numbers associated with human DNA, but without something specific, we have no way of pinning it down.

The scientific notation of 104869.4572 liters is 1.048694572 x 10^5 liters.

Chocolate is a mixture not a compound. There is, therefore, no simple scientific notation.

1.02*106

0.99 in Scientific Notation = 9.9 x 10-1

4.2 x 10^(-7) please send me a trust point if this helps =]

3.65 x 10-3

The question is: How can you write 319 billion in scientific notation?

The easiest way for me to explain Scientific Notation is the form of writing a very large or a very small number, by using minimal numbers. For example; 319 billion is written 319,000,000,000. The first thing we do is arrange the number with the decimal point being behind the very first number. REMEMBER, the decimal point will ALWAYS be behind the first number. So we start off by writing 3.19. We then multiply this times 10 to a certain power to get billions. So therefore, in 319 billion, how many spaces do we have after the decimal if we put the decimal behind the number 3? For example, if I just wrote 3.19000000000. Because I put the decimal behind the first number, I now have 11 places after the decimal. Therefore, to write Scientific Notation, you would take the numbers 3.19 and multiply times 10 to the 11th power. That's because there are 11 spaces after the decimal. So to write it in its smallest form, you would put 3.19 x 10^11.

62.605 x 10 = 626.05. The scientific notation of 626.05 is: 6.260500e+2