1. Warm-Up 4/16/15
Recap: From the picture below, how much NaOH was used for neutralization (mL)?
Add-on: If the concentration of the NaOH solution was 0.1 M, how many moles was used for neutralization? Show work.

2. Solve neutralization problems.
4/16/15 Objective
Solve neutralization problems.
4/16/15 Agenda
Warm-Up
Titration
Molarity/Neutralization Worksheet

3. Stoichiometry Test Corrections due Friday (4/17)
Coming Up…
Molarity/Neutralization Worksheet due today (4/16) for EC (complete) or tomorrow (4/17).
Stoichiometry Test Corrections due Friday (4/17)
Correct answer with work – attached to ScanTron.
Acid/Base Test Monday (4/20)
1) Identifying acids, bases, conjugate acids, and conjugate bases
2) Calculating pH
3) Making solutions (molarity)
4) Neutralization

4. Warm-Up 4/16/15
Recap: From the picture below, how much NaOH was used for neutralization?
Add-on: If the concentration of the NaOH solution was 0.1 M, how many moles was used for neutralization? Show work.

5. Training Day 3
1st Objective: Make 200 mL of 0.15 M solution of NaOH.  Warm-Up
2nd Objective: Three attempts to neutralize Acid X. Write down data.
3rd Objective: Use data to finish Molarity/Neutralization worksheet.

6. 2nd Objective: Three attempts to neutralize Acid X. Write down data.1)
 Find Acid X
2) Measure 25 mL into
3) 3-4 drops of  phenolphthalein
4) NaOH in 
5) Record before and after of NaOH

7. Recap: How many moles of NaOH was calculated from Warm-Up?
Warm-Up Follow-Up
Recap: How many moles of NaOH was calculated from Warm-Up?
Add-On Uno: If you measured 25 mL of Acid X and neutralized it with the NaOH amount from Warm-Up, what is the molarity of Acid X?
Add-On Dos: What is the pH of Acid X?