## What Is a Transformation?

A revolution is a change of a shape. A revolution can change a shape"s position, orientation and its size.There are four varieties of transformations: translation, rotation, reflection and enlargement (or in easier language: slide, turn, flip and resize).Here are some examples from transformations. We could be interested in sliding (translating) a shape. We might want to turn (rotate) a shape. We can want to flip (reflect) a form in a line. We might want come resize (enlarge) a shape. Transformations allow us to carry out this.You are watching: Which type of transformation uses a scale factor?

A transformation is a change in a form so that its angles and proportions are retained the same, however it has actually been slided, turned, flipped or resized.In this mini-curriculum, friend will learn the basics the transformations.

Transformations

## The Curriculum

The lessons space grouped into mini-curriculum to assist you organise your learning.A brief description is given for every mini-curriculum. Click the**MORE**button to discover more.## Transformations

A transformation is a change in a form so that its angles and proportions are retained the same, however it has actually been slided, turned, flipped or resized.In this mini-curriculum, friend will learn the basics the transformations.

Transformations

**A revolution is a change of a shape. A change can change a shape"s position, orientation and also its size.Read More**

**Read more about transformations**

A translation moves a form without flipping, turning or resizing it.In this mini-curriculum, you will certainly learn about translation.

Translation

A translation moves a form without flipping, turning or resizing it.In this mini-curriculum, you will certainly learn about translation.

Translation

**A translation move a shape. A translation is a slide of a shape: there is no rotating, mirroring or resizing it.Each suggest on the shape moves the exact same direction and the same distance.Translate a Shape**

**To analyze a shape, rest the translation under into:- how far we relocate the shape in a horizontal direction (left or right).- how much we move the shape in a vertical direction (up or down).Use a tower vector to define how much to move the form in these directions.Describe a Translation**

**To explain a translation:- find how much a shape has actually moved in a horizontal direction (left or right).- discover how far a shape has actually moved in a vertical direction (up or down).Write these in a column vector.Read More**

**Read an ext about translationRead an ext about how to analyze a shapeRead an ext about just how to define a translation**

A rotation transforms a shape. It changes a shape"s orientation.In this mini-curriculum, you will certainly learn about rotation.

Rotation

A rotation transforms a shape. It changes a shape"s orientation.In this mini-curriculum, you will certainly learn about rotation.

Rotation

**A rotation turns a shape. The is a turn of a shape around a point (called the center of rotation).All points move in a circle roughly the center of rotation, so the each point stays the very same distance native the center of rotation.Common Rotations**

**Common rotations room rotations the 90°, 180°, 270° and also 360° around the origin.Rotate a Shape**

**To turn a shape, revolve each allude on the form by the exact same angle around a facility of rotation.Describe a Rotation**

**To explain a rotation, find the facility of rotation and the angle the each point rotates around it.Read More**

**Read an ext about rotationRead much more about typical rotationsRead an ext about just how to revolve a shapeRead more about how to describe a rotation**

A have fun flips a shape. The is as if a form looks in a mirror.In this mini-curriculum, you will certainly learn around reflection.

Reflection

A have fun flips a shape. The is as if a form looks in a mirror.In this mini-curriculum, you will certainly learn around reflection.

Reflection

**A reflection flips a shape. It is is a flip of a shape about a line (called the heat of reflection).Each suggest on the form is the very same perpendicular street from the line of reflection together the corresponding allude on the reflect shape.Common Reflections**

**Common reflections are reflections in the x-axis (y = 0), the y-axis (x = 0), the line x = c, the heat y = c, the heat y = x and the line y = −x.Reflect a Shape**

**To reflect a shape, draw the line of reflection. Draw each allude on the reflected shape the same perpendicular distance from the heat of reflection together the corresponding point on the initial shape.Describe a Reflection**

**To define a rotation, discover the heat of reflection.Join corresponding points ~ above the shape and its reflection v a line. The line of reflection overcome throught the midpoint if this lines.Read More**

**Read an ext about reflectionRead more about typical reflectionsRead more about exactly how to reflect a shapeRead an ext about just how to describe a reflection**

An enlargement resizes a shape. It provides a shape larger or smaller.In this mini-curriculum, you will certainly learn about enlargements.

Enlargement

An enlargement resizes a shape. It provides a shape larger or smaller.In this mini-curriculum, you will certainly learn about enlargements.

Enlargement

**An enlargement resizes a shape. It provides a shape bigger or smaller.All political parties of the shape obtain larger or smaller sized by the exact same amount, so that the lengths that the sides stay in the very same proportion to each other.Scale Factor**

**A scale factor is supplied to explain an enlargement. It explains how much bigger (or smaller) the enlarged shape is contrasted to the original shape.Enlarge a Shape**

**To enlarge a shape, discover the distance between each allude on the shape and the center of enlargement. The corresponding points on the enlarged form are this distance multiplied by the range factor.Enlarge a form with a Fractional range Factor**

**When girlfriend enlarge a shape with a fractional scale factor, the form will be made smaller.Enlarge a shape with a an adverse Scale Factor**

**When girlfriend enlarge a form with a an unfavorable scale factor, the shape is enlarged top top the various other side that the center of enlargement and also it is rotate upside down.Describe an Enlargement**

**To define an enlargement, define the center of enlargement and the range factor.**

See more: Quick Answer: What Is Smaller Than A Yoctosecond ? Orders Of Magnitude (Time)

Describe an Enlargement through a negative Scale Factor

See more: Quick Answer: What Is Smaller Than A Yoctosecond ? Orders Of Magnitude (Time)

Describe an Enlargement through a negative Scale Factor

**When describing an enlargement v a an unfavorable scale factor, mental the center of enlargement is in between the shape and also the enlarged shape.Read More**

**Read an ext about enlargementRead much more about the scale factorRead an ext about how to enlarge a shapeRead an ext about just how to enlarge a shape with a fractional range factorRead much more about exactly how to enlarge a shape with a an unfavorable scale factorRead an ext about how to explain an enlargementRead more about just how to describe an enlargement through a negative scale factor**

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