Table of Contents: Lab Work
SCH3UE 07-08
Lab #
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23, 24, 25
26
Syllabus
Section
Title of Investigation
Thickness of Aluminum Foil
Number of molecules in H2O, Chalk, and
Candy
Percent Composition of MgO
Formula of a hydrate, Epsom salt
Empirical Formula of MgCl2
Simulation of an Air Bag Gases
Volume vs. Temperature Graph:
Computer Analysis
% Sodium hydrogen carbonate in an
Alka-Seltzer Tablet
Pressure required to pop Popcorn
Mass Relationship in an equation:
Aluminum and Copper (II) chloride
dihydrate
Determination of Solubility of a Salt
Making a solution
Dilution of a solution
Determination of Volume of gas at SATP:
Mg + HCl
Determination of Molar Volume from
experimental Data
Estimation of concentration of a Solution
using a spectroscope
Double Displacement Reactions: Using
Solubility Rules
Using Solubility Graphs: Computer
Analysis
Gravimetric Analysis: Pb(NO3)2(aq) + KI(aq)
Planning Lab: Stoichiometry of a Reaction:
Na2CO3+ CaCl2
Titration: Standardization of NaOH using
HCl
Observing the Hydrogen Spectrum
Qualitative Analysis: 3 hours
Electrolytes: Strong and Weak Acid –Base
Course Unit &
Section Tested
Measurement + Data
Moles
Moles
Moles - Planning
Moles
Planning
Gases: DP: ITC
Gases - Planning
MS, DC, DP&C
MS
MS
MS
MS, PS
Gases: DP
Solutions: DC, DP
ITC
DC, DE &C
Planning Lab, Lab
Quiz
Atomic Theory
ITC
27
28
29
30
31
32
33
34
Titration Curve for a strong acid-strong
Base
Lab: Testing for Polarity of Compounds
Lab activity: Polarity of Molecules and
IMFA’s
Planning Lab: testing the structure of
Ionic, molecular covalent, Network and
metallic substances
Enthalpy of Ionic substances: Lattice
Energy vs. Hydration Energy
Enthalpy of a reaction: Zn + CuSO4
Hess’s Law: NaOH + HCl
Assignment: Molecules and Networks