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Making Math an Adventure By Marjorie A. Meyer, Founder www.SchoolofAbraham.com
For more math and logic resources and further sample problems, see our School of Abraham critical thinking, logic, and math page. Math was hard for me as a child because I lacked confidence in myself to be able to do it. My brother was always the math man. But as I grew up I discovered that math was hard because of my preconception that it was hard or boring, and that my problem was not that I didn't understand it, it was that I didn't do my homework and get the needed practice! When I had a high school Geometry teacher who required a homework notebook, lo and behold, I got an "A" for the first time in math. I ended up with a minor in Statistics in college.
I
have lots of different
math books: Holt
Rinehart Winston, A Beka, Bob Jones, Heath, Houghton
Mifflin,
Harcourt-Brace, Scott Foresman. You name it, I may have it.
My
favorite after
seeing all these is the SRA McGraw-Hill Explorations and
Applications. The
SRA/McGraw Hill K-6 Math program “Explorations and
Applications” is a reprint of the old
Open Court Real
Math series, with more color and pizzazz. You can still buy
Open
Court version, for less money. I have bought my books from
the publisher and
from
Math-n-Stuff.
Levels K-2
are consumable,
around $18. Grades 3 and up are hardback and priced around
$38. You can also buy the Open Court Real Math books for
grades 7 and 8, which are among the best texts available for
those levels.
One math reviewer wrote: "The Open Court Real Math program has proven to be developmentally appropriate and yet consciously rigorous. Life experiences are often the reference points that allow students to see and experience mathematics in their own lives. There is an integrated use of manipulatives, thinking stories and mental math promoted through a non-routine, problem solving format." One reason I am so happy with this program is the strong application problems that it incorporates. Another benefit of this series is that there is built-in algebra readiness from the earliest lessons. There are application questions throughout all the chapters. There are mid- unit reviews and assessment lessons. Teacher’s notes are at the bottom of the page. This series makes math fun. There are also Thinking Skills books for each grade level through grade 3. For grades 4 and up, the Thinking Skills problems are incorporated into the student text. The Thinking Story book is “an essential part of the program. It is aimed at developing quantitative intelligence-creativity and common sense in the use of mathematics. The thinking skills that are stressed include choosing appropriate operations, recognizing when a mathematical model is or is not appropriate, recognizing absurd answers, recognizing obvious answers (those that don't need calculation), and solving realistic measurement problems.” SRA has also created sets of 25 math board games for each grade level. These games are direct application of the various math skills and sell for $25 each set. We haven't used the math games much, because we do so much on the computer, but if your family likes board games, it is a great bargain. My kids have more than 20 computer programs dealing with math. They love them. They love figuring out the answer to something. Math software programs we are using successfully include:
These computer games have made math FUN and not something to be avoided or dreaded. They come across as games, but the math is very strongly an element to solving the puzzle, or whatever. We don't use arcade programs around here. If it doesn't have any redeeming value educationally, we don't use it. So that is a very strong way to incorporate math and keep it fun.
While I was working on the computer late last night, my four year old was sitting by my side doing his Kindergarten math book. He did 40 pages just last night at 10 pm. It is colorful, and the pages have simple concepts that build well on each other. There are 226 pages in the K book. I would not delay teaching math, personally, because of these reasons:
Algebra for Kids
An
algebra program suitable for a 6 year old
dying to learn it
is available from the
Borenson Company.
Hands-On
Equations is a visual and kinesthetic teaching system for
introducing algebraic concepts to students in grades 3 to 8.
Developed by Dr. Henry Borenson, this teaching system enables
young children as early as 3rd grade to gain access to
algebraic concepts normally presented in the 7th, 8th, and
9th grades. You will find a review of this program at
Mathematically Correct also.
Sample Problems from the Books Click here for more sample problems.
Here
are a couple of examples from the SRA Explorations and
Applications First grade Thinking Story Book.
These separate
books go up to fourth grade, and thereafter are incorporated
into the text.
These questions are on a first grade level, but will give
you a feel for the
slant of the types of questions in the book. “Wait a minute,” said Marcus. “How many fish did you catch in the afternoon?” “I caught only two fish in the afternoon,” said Ms. Eng. “They weren't biting as well then.” Now can you figure out how many fish she caught all together?
“Did you catch any big fish?” asked Willy. “Indeed I did,” said Ms. Eng. “I caught one that is almost as big as the biggest fish I ever caught.” “How long is the fish,” Willy asked. ” You should be able to figure that out for yourself,” said Ms. Eng, “when I tell you that the big fish I caught today is only 1 cm shorter than the biggest fish I ever caught.” Can you figure it out? (no) Marcus asked, “How long was the biggest fish you ever caught?” “It was 41 cm long,” said Ms. Eng. Now can you figure out how long the fish is that Ms. Eng caught today? (yes, by subtracting one from 41). [That's about half the story.]
The two main sections of the SRA McGraw Hill Explorations and Applications Kindergarten book are Patterns and Numbers, and Shapes and Graphing. Actual addition starts on p. 177. Some of the concepts covered include Comparing, Classifying, Matching, More and Fewer, Patterning, Money, Writing numbers, Measurement, Probability, Graphing, Shapes, One Half, Numbers up to 29 (by page 157), Calendar, Sequencing, Ordinal Position, Time, Map reading, Addition, Subtraction, Word Problems. No Teacher’s Edition is necessary; all directions needed are at the bottom of each page. The second grade book (which is consumable) starts multiplication on page 265 (after multiplication "readiness" throughout). There are about 400 pages in all. The third grade book starts multiplication in chapter two. Book 2 covers: addition and subtraction, fact families, column addition, perimeter, graphing; two digit addition and subtraction, time, fractions, congruent figures, symmetry, money; measurement, length, weight, and capacity, approximation, reading maps, shapes; money and multiplication: collecting data, algebra readiness, adding and subtracting money, three-digit addition and subtraction, four-digit addition and subtraction, division readiness.
Visit our critical thinking page for more resources! We have lots of math and logic links, plus a downloadable manual and software for Logo, a great way to teach beginning programming. ~~The Friendly Folks at School of Abraham~~
One
educator had this to say: "The Open Court Real Math
program has proven to be developmentally appropriate and yet
consciously rigorous. In whole class and small group
discussions, life experiences are often the reference points
that allow students to see and experience mathematics in
their own lives. There is an integrated use of manipulatives,
thinking stories and mental math promoted through a
non-routine, problem solving format." The Thinking Story book is an essential part of the Open Court Real Math Program. It is aimed at developing quantitative intelligence-creativity and common sense in the use of mathematics. The thinking skills that are stressed include choosing appropriate operations, recognizing when a mathematical model is or is not appropriate, recognizing absurd answers, recognizing obvious answers (those that don't need calculation), and solving realistic measurement problems.
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