In Analytical Chemistry, we are conducting an Absorbance Lab using CuSO4 . 5H2O . In the lab we are conducting a calibration curve and as part of our prelaboratory procedure we are asked to calculate the molarity of dilutions made from a stock solution; however, I am unsure how the crystalline water affects this calculation or if it is simply a straight forward C1V1=C2V2 calculation. I would really appreciate the help! "Calculate the concentration for each solution that are prepared by the following: Molarity (M) 2.00 mL of stock diluted to 10.00 mL 4.00 mL of stock diluted to 10.00 mL

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In Analytical Chemistry, we are conducting an Absorbance Lab using CuSO₄ ^. 5H₂O . In the lab we are conducting a calibration curve and as part of our prelaboratory procedure we are asked to calculate the molarity of dilutions made from a stock solution; however, I am unsure how the crystalline water affects this calculation or if it is simply a straight forward C1V1=C2V2 calculation. I would really appreciate the help!

"Calculate the concentration for each solution that are prepared by the following:

Molarity (M)

2.00 mL of stock diluted to 10.00 mL

4.00 mL of stock diluted to 10.00 mL

6.00 mL of stock diluted to 10.00 mL

8.00 mL of stock diluted to 10.00 mL

The stock solution is .1000M CuSO4 5H2O.

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This is somewhat helpful; however, the stock solution is 0.1M, not 1000M and the final answer should be in M (mol/liter) because we are calculating for concentration?

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This is somewhat helpful; however, the stock solution is 0.1M, not 1000M and the final answer should be in M (mol/liter) because we are calculating for concentration?

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This is somewhat helpful; however, the stock solution is 0.1M, not 1000M and the final answer should be in M (mol/liter) because we are calculating for concentration?

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Answer 14

Follow-up Question

This is somewhat helpful; however, the stock solution is 0.1M, not 1000M and the final answer should be in M (mol/liter) because we are calculating for concentration?

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Answer 15

Follow-up Question

This is somewhat helpful; however, the stock solution is 0.1M, not 1000M and the final answer should be in M (mol/liter) because we are calculating for concentration?

Answer 16

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Answer 17

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Answer 18

This is somewhat helpful; however, the stock solution is 0.1M, not 1000M and the final answer should be in M (mol/liter) because we are calculating for concentration?

Answer 19

This is somewhat helpful; however, the stock solution is 0.1M, not 1000M and the final answer should be in M (mol/liter) because we are calculating for concentration?

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This is somewhat helpful; however, the stock solution is 0.1M, not 1000M and the final answer should be in M (mol/liter) because we are calculating for concentration?

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Answer 26

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Follow-up Question

This is somewhat helpful; however, the stock solution is 0.1M, not 1000M and the final answer should be in M (mol/liter) because we are calculating for concentration?

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Answer 27

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Answer 28

Follow-up Question

This is somewhat helpful; however, the stock solution is 0.1M, not 1000M and the final answer should be in M (mol/liter) because we are calculating for concentration?

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Answer 29

Follow-up Question

This is somewhat helpful; however, the stock solution is 0.1M, not 1000M and the final answer should be in M (mol/liter) because we are calculating for concentration?

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Answer 30

Follow-up Question

This is somewhat helpful; however, the stock solution is 0.1M, not 1000M and the final answer should be in M (mol/liter) because we are calculating for concentration?

Answer 31

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Answer 33

This is somewhat helpful; however, the stock solution is 0.1M, not 1000M and the final answer should be in M (mol/liter) because we are calculating for concentration?

Answer 34

This is somewhat helpful; however, the stock solution is 0.1M, not 1000M and the final answer should be in M (mol/liter) because we are calculating for concentration?

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