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| Pre-primary
Math |
Learning
a foundation of Pre-primary mathematical concepts is accomplished
through children's hands-on experience, observation and discovery.
Number recognition, counting, patterning and graphing are taught
throughout the day when students are engaged in activities that
use the calendar and when other activities allow. Kindergarten students
expand on their math concepts by learning about measurement, time
and money, and performing simple operations. |
Primary
Math |
The
University of Chicago Everyday Mathematics program introduces
students to a progression of mathematical topics with a focus on
number sense, problem-solving and real life applications of mathematical
principles including: algebra, geometry, measurement and probability.
The “spiral” approach of Everyday Mathematics overlaps
the teaching of new skills and concepts while reviewing and revisiting
previously learned skills and concepts through the use of manipulatives
and games.
Everyday
Mathematics is structured to reinforce problem-solving for
everyday situations, link new concepts with past experiences, and
promote cooperative learning through the use of partners and small
groups. Our teachers provide informal assessment, and encourage
an active partnership between home and school. |
Intermediate
Math |
The
University of Chicago Everyday Mathematics program emphasizes
conceptual understanding while building a mastery of basic skills.
The program is organized into the following content areas: data
and chance, geometry, measurement and reference frames, numeration,
operations and computation, and patterns, functions, and algebra.
This research-based program proceeds from “known to unknown” so
that students can build upon their pre-existing knowledge. The program
design considers how students learn and what they are interested
in.
The
goal of the Everyday Mathematics program is to raise expectations
with respect to the amount and range of new mathematical topics
to which students are introduced. Using communication, social interaction,
tools and manipulatives, students explore the full mathematical
spectrum rather than learning just basic arithmetic. |
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