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TABLE OF CONTENTS - Lindbergh School District

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Concept D: Chemical reactions involve changes<br />

in the bonding of atoms with the release or<br />

absorption of energy<br />

Concept E: Nuclear energy is a major source of<br />

energy throughout the universe<br />

Concept F: Energy can change from one form to<br />

another within systems but the total amount<br />

remains the same<br />

Scope and Sequence – Energy Transformations<br />

Not assessed at this level<br />

Not assessed at this level<br />

a. Identify the different energy transformations<br />

that occur between different systems (e.g.<br />

chemical energy in battery converted to<br />

electricity in circuit converted to light/heat<br />

from a bulb)<br />

T<br />

a. Students will provide examples in the<br />

classroom of ongoing chemical<br />

transformations.<br />

a. From examples, students will explain the<br />

conversions of energy occurring and trace<br />

the flow of energy.<br />

b. Recognize that, during an energy<br />

transformation, heat is often transferred from<br />

one object (system) to another because of a<br />

difference in temperature<br />

T<br />

b. Students will measure and quantitatively<br />

compare the heat changes involved in an<br />

energy transformation. (1.2; 1.3; 1.6; 1.8;<br />

2.4; 3.5)<br />

b. From examples, students will explain the<br />

conversions of energy occurring and trace<br />

the flow of energy.<br />

c. Recognize that energy is not lost but conserved<br />

as it is transferred and transformed<br />

c. Students will trace the flow of food energy<br />

in a food web. They explain where the<br />

seeming ‘losses’ in the food energy go.<br />

c. Students will explain the path of energy in<br />

a complex food web. What is the source<br />

of that energy Why does the energy<br />

‘seem’<br />

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