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Marvelous Multiplication: Games and Activities That Make Math Easy and Fun

Don't Just Learn Multiplication...Master It! Brimming with fun and educational games and activities, the Magical Math series provides everything you need to know to become a master of mathematics! In each of these books, Lynette Long uses her own unique style to help you truly understand mathematical concepts as you play with everyday objects such as playing cards,

Overview

Don't Just Learn Multiplication...Master It! Brimming with fun and educational games and activities, the Magical Math series provides everything you need to know to become a master of mathematics! In each of these books, Lynette Long uses her own unique style to help you truly understand mathematical concepts as you play with everyday objects such as playing cards, dice, coins, paper, and pencil. Inside Marvelous Multiplication, you will explore and solve the mysteries of multiplication. You'll use ten tasty snacks to learn the one times table, get to know the ten times table using finger paints, and write a zany story using the multiples of a number to practice the multiplication tables. You'll go on to learn even more about multiplication by deciphering the fascinating puzzles of prime factors, exponents, and three digit multiplication while playing games like Prime Solitaire, Three by Three, and Fingers!So why wait? Jump right in and find out how easy it is to become a mathematics master!

Editorial Reviews

Multiplication is a life-long skill that many children have trouble mastering. Help your child sturdy and learn the multiplication tables (facts) with this guide. Over forty games and activities encourage kids to explore multiplication and solve math mysteries. Why not have fun! 2000, John Wiley & Sons, Inc., \$12.95. Ages Adult. Reviewer: M. Thomas SOURCE: Parent Council Volume 8
Children's Literature
This companion to Dazzling Division teaches multiplication facts and terminology, and then it plays with the concepts. Tricks and games encourage children to see patterns, estimate, reduce story problems to multiplication problems, and become familiar with multiplying a two-digit number by a one-digit number. Many of the exercises here will be new to children and will make mastering multiplication facts seem fun and friendly. "Brain Stretchers" throughout the book provide extra challenge and mundane line drawings illustrate tools. Charts and graphs support teacher preparation and one reproducible, a multiplication graduation certificate, is included. 2000, Wiley, \$12.95. Ages 7 to 9. Reviewer: Susan Hepler

Product Details

ISBN-13:
9780471369820
Publisher:
Wiley
Publication date:
09/28/2000
Series:
Magical Math Series , #2
Pages:
128
Sales rank:
1,213,684
Product dimensions:
7.54(w) x 9.27(h) x 0.31(d)
Age Range:
8 - 12 Years

THE MAGIC OF MULTIPLICATION

What is multiplication? How do you write a multiplication problem? How do you read one? What are you actually doing when you multiply one number by another? Once you can answer these questions, you are well on your way to discovering the magic of multiplication. There are four basic operations in mathematics: addition, subtraction, multiplication, and division. Each of the four basic operations can be expressed as a symbol. The plus sign (+) tells you to add two numbers together. The minus sign (-) tells you to subtract one number from another. The multiplication sign (×) tells you to multiply one number by another. The division sign (÷) tells you to divide one number by another.

The problems 7 + 3, 7-3, 7 × 3, and 7 ÷ 3 are different problems that have different answers.

When you use the multiplication sign (×), you can write the problem either horizontally or vertically. One hundred fifty-two times nine can be written as either 152 × 9 or as:

There are other ways to indicate multiplication besides using the multiplication sign. Sometimes a multiplication problem is written by putting a dot between the two numbers like this: 5 • 12, which is the same as 5 × 12, or five times twelve. You could write four times six hundred twenty-two as 4 × 622 or 4 • 622. Another way to indicate multiplication is by putting parentheses around the second number. For the problem, three hundred sixty-four times seventeen, write 364(17), 364 × 17, or 364 • 17.

You can write the same multiplication problem five different ways.

1. Forty-eight times two
2. 48 × 2
3. 48 • 2
4. 48(2)

Now that you know how to write multiplication problems, it's time to find out the names of the three parts of a multiplication problem. Look at the problem 17 × 5. Read this problem as seventeen times five. The number 17 is called a "factor" and the number 5 is also a factor. The answer to the problem (in this case, 85) is called the "product."

What are the parts of 9 • 6 = 54?

1. 9 is a factor
2. 6 is also a factor
3. 54 is the product

Try a different format. What are the parts of 10 • 2 = 20?

1. 10 is a factor
2. 2 is a factor
3. 20 is the product

Identify the parts of this problem: 6( 111).

1. 6 is a factor
2. 111 is a factor
3. The product is not given.

Multiplication is an essential mathematical skill. You will use multiplication every day of your life, so start practicing and soon you'll become a multiplication master. Then you can proudly display the multiplication master certificate at the back of this book.

Meet the Author

Lynette Long has a Ph.D. in psychology and an M.S. in mathematics. She has taught math and was a professor of education, specializing in mathematics education. She is the author of several children s math books, including Dealing with Addition and Painless Algebra.

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