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Early Childhood - Connecticut State Department of Education

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Mathematics Chapter 6<br />

Teacher Strategies:<br />

Number Sense<br />

Create an environment where questions about<br />

quantity and comparison are frequent.<br />

Create numerous opportunities for 1:1 matching and<br />

counting.<br />

Model approaches for representing number or<br />

quantity: tally marks, use <strong>of</strong> fingers, dots, pictures and<br />

graphs.<br />

Integrate literacy with mathematics curriculum.<br />

(Kamii, 2000; NCTM, 2000; National Research Council, 2001; Forman and Kuschner, 1983; Singer and Revenson,<br />

1978; Ginsburg, 1977.)<br />

Geometry And Spatial Relationships<br />

Performance Standard<br />

• Show spatial awareness by demonstrating an<br />

understanding <strong>of</strong> position and order.<br />

Children learn geometry when they explore:<br />

• shapes;<br />

• patterns; and<br />

• spatial sense.<br />

Children love to explore materials and objects in<br />

their environments. As a result they develop informal<br />

knowledge <strong>of</strong> shape, symmetry and objects in space,<br />

including their own bodies. <strong>Early</strong> childhood teachers<br />

must build on these experiences by engaging children<br />

88<br />

Suggested Experiences<br />

Instead <strong>of</strong> asking children to count items, suggest<br />

that they consider whether there are enough for<br />

everyone. Ask them to estimate. Ask, “How do you<br />

know? Why do you think that?”<br />

(Reasoning)<br />

Count <strong>of</strong>ten. Count anything. Ask, “If I have three<br />

and add one more how many will I have?”<br />

(Problem solving, communicating)<br />

Ask questions when children are sorting objects.<br />

“Do you have the same number <strong>of</strong> red blocks as green?”<br />

(Communicating, connecting)<br />

Using various materials, suggest that children show<br />

different ways to make 10, 8, etc.<br />

(Connecting, representing)<br />

Include items that represent mathematical concepts<br />

such as: telephones, menus, calculators and clocks in<br />

the dramatic play center.<br />

(Connecting, representing)<br />

in exploring two- and three-dimensional objects, and by<br />

providing children with language and vocabulary about<br />

shapes (Copley, 2000). For example: “That is called a<br />

circle. It is round and has no corners. There are many things<br />

in our classroom that look like circles.”<br />

Experiences where children move objects as well<br />

as their own bodies help to develop the understanding <strong>of</strong><br />

concepts such as boundaries, position and arrangement<br />

(Bredekamp & Rosegrant, 1995). Music and movement<br />

activities, and following and giving directions, provide<br />

children with experience <strong>of</strong> position and direction. “I am<br />

in front <strong>of</strong> you. You are in back <strong>of</strong> her. The blocks are in the<br />

corner <strong>of</strong> the shelf. I will put the legos on the side <strong>of</strong> the block<br />

building.”<br />

Take advantage <strong>of</strong> the environment. Focus<br />

children’s thinking on shapes and their features. The<br />

ideas children form during these early years will help<br />

them throughout their elementary schooling (Clements<br />

and Sarama, 2000).

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