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Early Childhood - Connecticut State Department of Education

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Mathematics Chapter 6<br />

Teacher Strategies:<br />

Estimation<br />

Provide a trusting atmosphere so children are<br />

disposed to guess without undue concern over the<br />

“right” answer.<br />

Use words such as: about, near, approximately, in<br />

between, around, more than, fewer.<br />

Make predictions using language such as possible,<br />

impossible, likely, unlikely.<br />

(NCTM, 2000)<br />

Probability, Statistics And Data Analysis<br />

Performance Standards<br />

• Collect, describe and record information.<br />

• Collect, organize and display information.<br />

Young children and teachers love to chart information,<br />

graph results <strong>of</strong> counting and tally numbers. Such<br />

Teacher Strategies: Probability<br />

Encourage children to gather information.<br />

Encourage children to think about the information<br />

they have gathered, to come to conclusions and<br />

develop further questions.<br />

Present graphs, tally sheets and other representational<br />

data analysis.<br />

Model the usefulness <strong>of</strong> information in graphs and<br />

charts.<br />

(Copley, 2000; Bredekamp and Rosegrant, 1995.)<br />

92<br />

Suggested Experiences<br />

Engage children at the water/sand table to guess the<br />

number <strong>of</strong> cups it will take to fill a container. Encourage<br />

estimating which might be heavier or how many<br />

blocks it would take to finish the road.<br />

(Problem solving)<br />

Provide opportunities to play games involving estimating<br />

how many items in the jar, how much it will<br />

take, etc. Do you think there are more than five or less than<br />

five? (Reasoning)<br />

Find opportunities, such as circle time or reading with<br />

children, to prompt discussion using these terms.<br />

They help children become comfortable with estimat-<br />

ing and predicting.<br />

experiences help children to develop skills for successful<br />

problem solving. They help children practice higherorder<br />

thinking and learn the importance <strong>of</strong> representing<br />

their knowledge so it can be organized and used for<br />

predicting, estimating, making inferences and coming<br />

to decisions. Analysis and synthesis <strong>of</strong> information<br />

are necessary tools for comparing, reflecting on and<br />

discussing ideas.<br />

Suggested Experiences<br />

Ask questions such as: “How many windows are<br />

in your bedroom? How many people are wearing<br />

sneakers?”<br />

(Reasoning, communicating)<br />

Review the data that has been collected with questions.<br />

What have you found out? What was our original<br />

question? Why do you think this number is higher?<br />

(Reasoning)<br />

Graph snack choices, the means by which children and<br />

staff members come to school, etc.<br />

(Communicating, representing)<br />

Encourage children to reach conclusions using the<br />

information in their graphs.<br />

(Representing, connecting)

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