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Early Childhood - Connecticut State Department of Education

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Science Chapter 7<br />

MAKING CONNECTIONS<br />

<strong>Connecticut</strong>’s Preschool Curriculum Framework includes<br />

the following performance indicators for logico-mathematical<br />

thinking:<br />

Preschool children will:<br />

• ask questions about and comment on observations<br />

and experimentations;<br />

• collect, describe and record information;<br />

• use equipment for investigation;<br />

• make and verify predictions about what will<br />

occur;<br />

• compare and contrast objects and events;<br />

• classify objects and events based on self-selected<br />

criteria;<br />

• use language that shows understanding <strong>of</strong> scientific<br />

principles to explain why things happen;<br />

and<br />

• engage in a scientific experiment with a peer<br />

or with a small group.<br />

Teachers suggest ideas that young children may<br />

find interesting and/or that may arise in typical classroom<br />

experiences. Teachers must rely on children’s observations,<br />

ideas and questions. Typically, a class discussion<br />

can provide the setting where the teacher poses<br />

questions and challenges children’s ideas. After time<br />

for discussion and brainstorming, children <strong>of</strong>ten are<br />

motivated to continue the inquiry. Suggested problems<br />

may spark interest and suggest investigative tasks children<br />

may wish to pursue.<br />

102<br />

The <strong>Connecticut</strong> <strong>State</strong> <strong>Department</strong> <strong>of</strong> <strong>Education</strong>’s<br />

PreK-10 Core Science Curriculum Framework <strong>of</strong>fers suggestions<br />

in the selection <strong>of</strong> content material for investigations.<br />

It is organized into the following strands:<br />

Context <strong>of</strong> Science: nature <strong>of</strong> science, history <strong>of</strong> science,<br />

science and technology<br />

Earth/Space Science: astronomy, geology and natural<br />

resources, oceanography, meteorology,<br />

earth history and dynamics<br />

Life Science: characteristics <strong>of</strong> living things,<br />

cells, genetics, evolution, ecosystems,<br />

human biology, issues in<br />

bioethics<br />

Physical Science: structure <strong>of</strong> matter, reactions and<br />

interactions, force and motion,<br />

energy sources and transformations,<br />

heat and temperature,<br />

magnetism and electricity, sound<br />

and light<br />

SAMPLE CURRICULUM<br />

The sample curriculum plans that follow on pages 103<br />

– 106 use topics chosen from the earth/space, life and<br />

physical science strands. Each plan is organized in the<br />

format described in the curriculum chapter, including<br />

appropriate performance indicators. In addition, each<br />

plan has been expanded to include suggested questions<br />

to provoke inquiry, possible challenges for investigation<br />

and suggested materials.

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