Title - Quick and Easy Math Art – Dozens of Engaging Art Activities That Build and Reinforce Essential Math Skills and Concepts
Author – Deborah Schecter
Source - publisher
Description – a collection of art, crafts and activities for math; grades 2 - 4
The activities are aligned with the National Council of Teachers of Mathematics (NCTM)
Table of Contents
The major headings are as follows –
Number and Operations
Multiplication and Division
Data Analysis and Probability
The full table of contents and a peek inside the book can be viewed from the link below.
Features I like -
*The projects and lessons are doable.
* Matrix showing the correlation between the math activities and NCTM
*Pictures of the completed craft
* Teachers have permission to photocopy the reproducible pages
* Several art activities for different seasons
To Be Desired -
Perhaps a table to reference the activity and the theme
… To name a few –
Valentine's Day – Be Mine Multiplication
Fall Season – Fall Factor Trees
Spring – Division Caterpillars, Fraction Flower Bouquet
Christmas – Shapely solids, Great Shape Mobiles, Ornament in the Round (just use gift wrap paper)
Halloween – Ghoulish Hands (Estimation)
I think home schools, daycares, moms, and afterschool programs would find may pages to bookmark too. Time may be a factor in the traditional school setting for a few of the activities. However, it would not be problem to complete the next day. In fact, it would give the students something to look forward to do the next morning. This would not be an issue for homeschoolers or for parents trying to keep their children's math skills sharpened over the summer. For example, the Fraction Flower Bouquets lesson uses plastic water bottles and flowers made from different color construction paper and pipe cleaners to review the basic concept of fractions and offers a few variations. It will take some time but worth the investment.
A secondary teacher looking to enhance lessons on 3-D shapes could find the Cube It! and Shapely Solids projects useful with modifications. There are reproducible pages and instructions for assembly for nets of a cube, triangular pyramid, and triangular prism.