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TABLE OF CONTENTS - Lindbergh School District

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Standard 1: Classification of Matter<br />

Major Objectives IS Suggested Activities Suggested Assessments<br />

The student will classify and separate matter by type and state. C1 Using Paper Chromatography to<br />

determine the R f for Kool-Aid as<br />

compare to the food dyes<br />

Design a graphic organizer for basic<br />

types of matter<br />

The student will consider properties of matter by chemical vs<br />

physical and intensive vs extensive.<br />

C12<br />

W<br />

Find the density of liquids using a<br />

pycnometer<br />

Use a set of properties to predict the<br />

type of matter<br />

Standard 2: Atoms, Molecules, and Ions<br />

Major Objectives IS Suggested Activities Suggested Assessments<br />

The student will connect chemical formula and name for Ionic<br />

and Covalent compounds (including polyatomic ions, transition<br />

ions, & inorganic acids) .<br />

The student will review Atomic Theory (from Democritus to<br />

Rutherford).<br />

G<br />

E<br />

Predict the name of a compound from<br />

its chemical formula<br />

Compare and contrast various atomic<br />

theories<br />

Write chemical formula from the<br />

chemical name<br />

Explain the contribution of gold foil<br />

experiment to the modern atomic<br />

theory<br />

Standard 3: Mass Relationships in Chemistry Stoichiometry<br />

Major Objectives IS Suggested Activities Suggested Assessments<br />

The student will understand connect between Atomic Mass &<br />

the Mole.<br />

The student will perform calculations using mass relationships<br />

with chemical formulas.<br />

The student will perform calculations using mass relationships<br />

with chemical reactions.<br />

C5<br />

C11<br />

Using Mass Spectrometer Simulation<br />

to determine the steps on the process<br />

for Mass Spec<br />

Determination of Empirical formula<br />

of MgO by combustion of Mg in<br />

crucible<br />

Determination of Limiting Reaction<br />

and % yield for reaction of iron and<br />

copper II chloride<br />

Explain the main parts of mass<br />

spectrometer<br />

Calculate the empirical formula from<br />

% mass data.<br />

Determine the amount of excess<br />

reactant<br />

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