Calculate the ratios between the number of moles of cu, cl, and H2O. 0.0062 moles Cu, 0.013 moles Cl, and 0.016 moles h20
To calculate the ratios between the number of moles of Cu, Cl, and H2O, we need to find the smallest number of moles among the three substances and divide the moles of each substance by that smallest number.
The smallest number of moles among Cu, Cl, and H2O is 0.0062 moles Cu, so we will divide the moles of each substance by 0.0062.
The ratio of moles of Cu to moles of Cu is always 1, as long as we are comparing the same substance.
Therefore, the ratio of moles of Cu to moles of Cu is 1/0.0062 = 161.29.
The ratio of moles of Cl to moles of Cu is found by dividing the moles of Cl by the moles of Cu.
The ratio of moles of Cl to moles of Cu is 0.013/0.0062 = 2.10.
The ratio of moles of H2O to moles of Cu is found by dividing the moles of H2O by the moles of Cu.
The ratio of moles of H2O to moles of Cu is 0.016/0.0062 = 2.58.
Therefore, the ratios between the number of moles of Cu, Cl, and H2O are:
Cu:Cl:H2O = 161.29:2.10:2.58
To calculate the ratios between the number of moles of Cu, Cl, and H2O, we need to find the smallest number of moles among the three elements and use it as a reference point.
Let's find the smallest number of moles among the three:
- Cu: 0.0062 moles
- Cl: 0.013 moles
- H2O: 0.016 moles
The smallest number of moles is 0.0062 moles (Cu).
Now, we can calculate the ratios:
Ratio of moles Cu to moles Cl:
0.0062 moles Cu / 0.0062 moles Cu = 1:2.09 (approximately)
Ratio of moles Cu to moles H2O:
0.0062 moles Cu / 0.0062 moles Cu = 1:2.58 (approximately)
Ratio of moles Cl to moles H2O:
0.013 moles Cl / 0.0062 moles Cu = 2.09:1 (approximately)
Therefore, the ratios between the number of moles of Cu, Cl, and H2O are approximately:
- Cu:Cl = 1:2.09
- Cu:H2O = 1:2.58
- Cl:H2O = 2.09:1
To calculate the ratios between the number of moles of Cu, Cl, and H2O, we need to find the simplest whole number ratio between their mole quantities.
1. Find the simplest whole number ratio between Cu and Cl:
- Divide the moles of Cu by the smallest value (0.0062) to normalize it:
Cu = 0.0062 moles / 0.0062 moles = 1
- Divide the moles of Cl by the smallest value (0.0062) to normalize it:
Cl = 0.013 moles / 0.0062 moles ≈ 2.1
- Round the ratio to obtain a whole number:
Cl ≈ 2
2. Find the simplest whole number ratio between Cu and H2O:
- Divide the moles of Cu by the smallest value (0.0062) to normalize it:
Cu = 0.0062 moles / 0.0062 moles = 1
- Divide the moles of H2O by the smallest value (0.0062) to normalize it:
H2O = 0.016 moles / 0.0062 moles ≈ 2.6
- Round the ratio to obtain a whole number:
H2O ≈ 3
Therefore, the ratios between the number of moles of Cu, Cl, and H2O are approximately 1:2:3.