Course Content
Chapter 01 – Sets
A set is a group of elements in brackets that are related to one another. In this chapter, you will learn about the differences and similarities between an equal set and an equivalent set, and describe the notion and types of sets.
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Chapter 03 – Factors and Multiples
Multiples and factors are basic mathematical concepts. Review these terms and how they are applied to real-world scenarios, and practice applying them to solve sample word problems. Learning how to divide can be a little challenging, but knowing some basic rules about dividing can help. In this chapter, you'll learn about the divisibility rules that apply to numbers.
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Chapter 04 – Integers
An integer is a whole number (not a fractional number) that can be positive, negative, or zero. In this chapter, we'll learn about mathematical operations with integers using the operations of addition, subtraction, multiplication, and division. Discover the properties of integers and how those properties affect the solution to different types of math problems.
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Chapter 05 – Simplification
Simplifying math expression is an important part of helping students learn how to work and think algebraically. The order of operations in mathematics is the sequence in which a problem is solved. In this chapter, we'll explore the definition and examples of the order of operations in math, discover the steps involved, and learn the shortcut for remembering the steps defined by the acronym BODMAS and PEMDAS.
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Chapter 06 – Ratio and Proportions
Ratios allow us a way to mathematically compare two or more items, and proportions can help us find out even more information. In this chapter, we'll learn the definition of ratios and proportions, and understand how to calculate the ratio and proportion problems.
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Chapter 07 – Financial Arithmetic
Many values we come across regularly change frequently. In this chapter, we will look at examples when a quantity decreases in value, and how such decreases can be represented using percentages. A company may have a great product but if they are losing money, it will eventually go out of business. We will explore profit and loss from an economic perspective.
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Chapter 08 – Introduction to Algebra
To evaluate simple algebraic expressions, substitute a number for each variable and solve. In this chapter, we'll learn the steps for evaluating simple algebraic expressions, including rules for order of operations and parentheses, and tackle the practice problems.
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Chapter 10 – Geometry
Geometry is a sector of mathematics that analyzes shapes, lines, and surfaces. It is possible to construct different geometric shapes and patterns using lines and angles. In this chapter, we'll explore the definition of the basics of geometry: points, lines, and angles, geometric construction, the tools required for the job, and how to copy angles and line segments.
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Chapter 11 – Perimeter and Area
A perimeter is a measurement used to determine the distance of a path around the outer edge of a two-dimensional object. In this chapter, we'll discover the formula to calculate perimeter for various shapes and consider the usefulness of these equations through examples. Discover how to find the area of an irregular polygon. Explore formulas for the area of regular polygons, learn how to divide an irregular polygon into a series of regular polygons, and see how to find the area using those pieces.
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Chapter 12 – Three Dimensional Shapes
Geometric measurements can be taken for one-, two-, and three-dimensional shapes. In this chapter, we'll explore the most common formulas one would use to find the perimeter, area, surface area, and volume of three-dimensional figures.
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Chapter 13 – Information Handling
Data handling refers to the process of gathering, recording, and presenting information in a way that is helpful to others - for instance, in graphs or charts.
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Mathematics โ€“ VI
About Lesson

Math Lab Activity

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– Magic Squares

Magic squares have been popular math puzzles for over 3,000 years, and once were thought to have mystical powers.

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Follow these simple rules to complete your own magic square:

  1. Use each number only once.
  2. Each row, column, and diagonal must add up to the same answer.

Fun Fact

Historical Squares – Over 3,000 years ago, ancient Chinese included magic squares in their mystical writings. Magic squares also appeared in art. For instance, Albrecht Dรผrer’s famous engraving of Melancholia (1514) includes a picture of a magic square.

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Procedure:

  • For this first magic square, use the numbers from 1 to 9.

HINT: Each column, row, and diagonal adds up to 15.

  • Try again, but this time use only the EVEN numbers from 2 to 16 (2, 4, 6, and so forth).

HINT: Each column, row, and diagonal adds up to 30.

  • Try again, but this time use only the ODD numbers from 1 to 17 (1, 3, 5, and so forth).

HINT: Each column, row, and diagonal adds up to 27.

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  • Now, let’s make things more difficult. In the following magic square, some of the numbers are negative-you need to use every number from -4 to 4.

HINT: Each column, row, and diagonal adds up to 0.

  • Here is another magic square. This time, use the numbers from 3 to 5.

HINT: Each column, row, and diagonal adds up to 3.

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So, now you think you are a magic square pro? Not so fast!

Let’s make the magic square larger and see if you can still solve the puzzle. For the following square, use the numbers from 1 to 16.

HINT: Each column, row, and diagonal adds up to 34.

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How Big Can You Go?

If you think the 4-by-4 square is hard, you’ll really be impressed by Ben Franklin, a scientist, inventor, statesman, printer, philosopher, musician, and economist (a jack of all trades!), famous for flying a kite during a lightning storm. In addition to all his other jobs and hobbies, Ben liked to solve math puzzles. One of his mathematical achievements was to solve an 8-by-8 and 16-by-16 magic square.

Visit www.pasles.org/ Franklin.html to take a closer look at Ben’s magic squares.

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