An atom of gold has a mass of 3.25x10^-22.What is the mass of 8000 atoms?Express in scientific notation.

3.25e-22 * 8000 = 2.6e-18 = 2.6*10^-18

e = to the power of.

e = ten to the power of, rather.

1000 = 10 ^ 3

8000 = 8 * 10 ^ 3

3.25 * 10 ^ - 22 * 8 * 10 ^ 3 =

3.25 * 8 * 10 ^ - 22 * 10 ^ 3 =

26 * 10 ^ - 22 * 10 ^ 3 =

26 * 10 ^ ( - 22 + 3 ) =

26 * 10 ^ ( - 19 ) =

2.6 * 10 * 10 ^ ( - 19 ) =

2.6 * 10 ^ 1 * 10 ^ ( - 19 ) =

2.6 * 10 ^ ( - 19 + 1 ) =

2.6 * 10 ^ - 18

1

Well, well, well, if you can't handle a little bit of gold, then you might want to consider a career in lightweight comedy.

Now, every atom of gold weighs about 3.25x10^-22. So let's calculate the mass of 8000 atoms, shall we?

We take that weight of 3.25x10^-22 and multiply it by 8000.

Now, my mathematical friend, are you ready for the punchline?

The mass of 8000 atoms of gold is 2.6x10^-18. Ta-da!

So, if you had 8000 atoms of gold in your hand, you'd be holding a teeny, tiny, itsy-bitsy amount of weight. Keep up the good work, lightweight gold atoms!

To find the mass of 8000 atoms of gold, you first need to calculate the mass of one gold atom and then multiply it by 8000.

Given that the mass of one gold atom is 3.25x10^-22, you can multiply it by 8000 to find the mass of 8000 atoms.

(3.25x10^-22) x (8000) = 26 x 10^-19

Therefore, the mass of 8000 atoms of gold is 26 x 10^-19 grams, expressed in scientific notation.