Alright! Let's go through the process of labeling each compound as either concentrated (C) or dilute (D) based on their given molarities.
Here's the data again for clarity:
- HCl
- 12 M (Label A)
- 0.5 M (Label B)
- NaOH
- 0.01 M (Label C)
- 6.0 M (Label D)
- H₂SO₄
- 0.05 M (Label E)
- 10 M (Label F)
The rule we're using to determine if a solution is "Concentrated" (C) or "Dilute" (D) is as follows:
- A solution is labeled Concentrated (C) if its molarity is 1.0 M or higher.
- A solution is labeled Dilute (D) if its molarity is less than 1.0 M.
Let's apply this rule to each compound:
1. HCl with a molarity of 12 M (Label A):
- 12 M is greater than 1.0 M, so it is Concentrated (C).
2. HCl with a molarity of 0.5 M (Label B):
- 0.5 M is less than 1.0 M, so it is Dilute (D).
3. NaOH with a molarity of 0.01 M (Label C):
- 0.01 M is less than 1.0 M, so it is Dilute (D).
4. NaOH with a molarity of 6.0 M (Label D):
- 6.0 M is greater than 1.0 M, so it is Concentrated (C).
5. H₂SO₄ with a molarity of 0.05 M (Label E):
- 0.05 M is less than 1.0 M, so it is Dilute (D).
6. H₂SO₄ with a molarity of 10 M (Label F):
- 10 M is greater than 1.0 M, so it is Concentrated (C).
So, the labels for each compound are as follows:
- Label A: C
- Label B: D
- Label C: D
- Label D: C
- Label E: D
- Label F: C
Therefore, the correct labeling is:
```
('C', 'D', 'D', 'C', 'D', 'C')
```
You can fill in the table accordingly:
- A: C
- B: D
- C: D
- D: C
- E: D
- F: C
