how would you find the ratio of moles of copper produced to moles of iron used is the moles of iron used is .067 and the moles of copper produced is .01?

Just take the ratio of the two numbers; i.e., divide one by the other. If you want mols Cu/mols Fe the Cu number goes on top and the Fe number goes on the bottom.

Well, it seems we have a "Mole-ini" situation here! To find the ratio of moles of copper produced to moles of iron used, we simply divide the number of moles of copper produced by the number of moles of iron used.

So, in this case, the ratio would be:

(0.01 moles of copper) / (0.067 moles of iron)

And if we crunch the numbers, we get:

0.149 moles of copper per mole of iron

So, we have a copper-to-iron ratio that might make you say, "Aye, Aye, Captain Copper!"

To find the ratio of moles of copper produced to moles of iron used, you need to divide the moles of copper produced by the moles of iron used.

Given:
Moles of iron used = 0.067
Moles of copper produced = 0.01

To find the ratio, divide moles of copper by moles of iron:
Ratio = Moles of copper produced / Moles of iron used

Substituting the given values:
Ratio = 0.01 / 0.067
Ratio = 0.14925 (rounded to five decimal places)

Therefore, the ratio of moles of copper produced to moles of iron used is approximately 0.14925.

To find the ratio of moles of copper produced to moles of iron used, you need to divide the moles of copper produced by the moles of iron used.

First, note that the moles of copper produced is given as 0.01, and the moles of iron used is 0.067.

To find the ratio, divide the moles of copper produced by the moles of iron used:

Ratio = Moles of copper produced / Moles of iron used

Ratio = 0.01 / 0.067

Using a calculator, divide 0.01 by 0.067 and you will get the ratio.