Q1) Writea balancedchemicalequationforthereactionbetweenH2SO4andNaOH.

Q2) ThepHscaleisameasureoftheacidityofasolution,itisbasedonthe[H+]concentrationofthesolution.GiventhiswhydoesthepHincreasewhenthe [H+]concentrationgoesdown?

Q3) WhichismoreacidiclemonjuicewhichhasapHof2.2ororangejuicethat hasapHof3.6?

Q4) YouneedtomeasurethepHofasolutionprecisely.YouhavepHpaperandapHmeteravailable.ItwilltakelongertousethepHmeter.WhichmethodofmeasuringpHshouldyouuseandwhy?

Q5) In the exercise, Bronsted-Lowry Acids and Bases, it was shown that after on acid has given up its proton, it is capable of getting back that proton and acting as a base, conjugate base is what is left after an acid gives up a proton. The stronger the acid, the weaker the conjugate base. The weaker the acid, the stronger the conjugate base.

Fill in the blanks in the table below.

	Acid	Base	Equation
1.	H2SO4	HSO4-	H2SO4H+ + HSO4-
2.	H3PO4
3.		F-
4.		NO3-
5.	H2PO4
6.	H2O
7.		SO4-2
8.	HPO4-2
9.	NH4+
10.		H2O

Q6)Given the following solutions:

Solution A: pH of 10 Solution B: pH of 7 Solution C: pH of 5

Which list has the solutions placed in order of increasing H⁺ concentration?

1. A, B, C 2. B, A, C 3.C, A, B 4. C, B, A

Q7)A student was given four unknown solutions. Each solution was checked for conductivity and tested with phenolphthalein. The results are shown in the data table below.

Based on the data table, which unknown solution could be 0.1 M NaOH?

1. A 2. B 3. C 4. D

Color with Solution Conductivity Phenolphthalein A Good Colorless Poor Colorless C Good Pink Poor Pink