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TABLE OF CONTENTS - Lindbergh School District

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the elements with common properties<br />

(groups/families) and repeating properties (periods)<br />

(1.1.F.a)<br />

Concept: Classification of Matter<br />

Classify a substance as being made up of one kind of<br />

atom (element) or a compound when given the<br />

molecular formula or structural formula (or electron<br />

dot diagram) for the substance (1.1.A.c)<br />

information on selected<br />

elements to the class.<br />

Students will contrast the<br />

properties of individual<br />

elements with compounds that<br />

are created when those<br />

elements combine.<br />

based on the properties of<br />

elements that surround it on the<br />

periodic table.<br />

On a test, classify pure<br />

substances as elements or<br />

compounds based on their<br />

composition<br />

Strand 2: Electrons and Nomenclature<br />

Major Objectives IS Suggested Activities Suggested Assessments<br />

Electron Configuration War<br />

Electron Configuration<br />

Battleship<br />

Concept: Electrons<br />

Predict the electron configuration of elements<br />

applying the aufbau principle, the Pauli exclusion<br />

principle, and Hund’s rule.<br />

Concept: Electromagnetic Spectrum<br />

Describe the relationship among wavelength, energy,<br />

and frequency as illustrated by the electromagnetic<br />

spectrum (1.2.A.c)<br />

Concept: Electromagnetic Spectrum Objectives:<br />

Describe the effect of different frequencies of<br />

electromagnetic waves on the Earth and living<br />

organisms (e.g., radio, infrared, visible, ultraviolet,<br />

gamma, cosmic rays) (1.2.A.g)<br />

C1<br />

T<br />

Diagram different types of<br />

waves<br />

Cooperative learning project.<br />

Each group presents on a<br />

different kind of wave.<br />

Students will correct flawed<br />

electron configurations and<br />

orbital diagrams while<br />

identifying the rule(s) that was<br />

violated.<br />

Compare and contrast two<br />

different waves from the<br />

electromagnetic spectrum.<br />

In addition to testing, student<br />

presentations are graded<br />

according to quality of<br />

information, presentation skills,<br />

and creativity.<br />

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