Question

how many moles would 1.00 x10^23 molecules of methane represent

Answer 1

Answer:

Explanation:

1 x 10²³ molecules of methane

6.02 x 10²³ molecules of methane = 1 mole of methane

10²³ molecules of methane = 1 / 6.02 moles of methane

= .166 moles .

Answer 2

The moles of methane that contain 1 $\rm \times\;10^2^3$ molecule have been 0.166 mol.

The number of molecules of a compound can be given by the Avagadro number. The number of molecules in a mole of the compound has been equal to the Avagadro number. The Avagadro number has been constant with a value of 6.023 $\rm \times\;10^2^3$.

6.023 $\rm \times\;10^2^3$ molecules = 1 mole.

The given molecules of methane have been = 1 $\rm \times\;10^2^3$ .

The moles of given molecules will be:

6.023 $\rm \times\;10^2^3$ molecules = 1 mole.

1 $\rm \times\;10^2^3$ molecules = $\rm \dfrac{1}{6.023\;\times\;10^2^3}\;\times\;1.0\;\times\;10^2^3$ moles.

1 $\rm \times\;10^2^3$ molecules = 0.166 moles.

The moles of methane that contain 1 $\rm \times\;10^2^3$ molecule have been 0.166 mol.

For more information about the moles of the molecule, refer to the link:

https://brainly.com/question/14585733