TRANSFORMATIONS
USING MATRICES
In this section, we will learn how we can do transformations using matrices.
Transformations - Definition
A very simple definition for transformations is, whenever a figure is moved from one location to another location, a transformation occurs.
If a figure is moved from one location another location, we say, it is transformation. Our next question is, how can we do the transformation using matrices?. To know that, we have to be knowing the different types of transformations.
Now, let us come to know the different types of transformations.
Different Types of Transformations Using Matrices
There are four main types in transformations using matrices. They are
What is "Image" and "Pre-image"?
When a transformation occurs, the original figure is known as the pre-image and the new figure is known as the image.
It has been clearly shown in the below picture.
Rigid Transformation or Isometry
A transformation where the pre-image and image are congruent is called a rigid transformation or an isometry.
It has been clearly shown in the below picture.
When a figure is moved from one location to another location, we say that it is a transformation.
In this point, always students have a question.
That is, if a figure is moved from one location to another location, we say, "it is transformation". How can this transformation made using matrices ?
More clearly, on what grounds is the transformation made ?
Is there any pre-decided rule to make transformation?
Yes, there is a pre-decided rule to make each and every transformation.
The rule we apply to make transformation is depending upon the kind of transformation we make.
We have already seen that there are four main type of transformations. They are reflection, rotation, translation and dilation.
For example, if we are going to make transformation using reflection, there is a pre-decided rule for that. According to the rule, we have to make transformation.
The rule we apply to make transformation using reflection and the rule we apply to make transformation using rotation.
So, for each type of transformation, we may have to apply different rule.
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OTHER TOPICS
Time, speed and distance shortcuts
Ratio and proportion shortcuts
Domain and range of rational functions
Domain and range of rational functions with holes
Graphing rational functions with holes
Converting repeating decimals in to fractions
Decimal representation of rational numbers
Finding square root using long division
L.C.M method to solve time and work problems
Translating the word problems in to algebraic expressions
Remainder when 2 power 256 is divided by 17
Remainder when 17 power 23 is divided by 16
Sum of all three digit numbers divisible by 6
Sum of all three digit numbers divisible by 7
Sum of all three digit numbers divisible by 8
Sum of all three digit numbers formed using 1, 3, 4
Sum of all three four digit numbers formed with non zero digits
Sum of all three four digit numbers formed using 0, 1, 2, 3
Sum of all three four digit numbers formed using 1, 2, 5, 6
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