Use the following Media4Math resources with this Illustrative Math lesson.
Thumbnail Image | Title | Body | Curriculum Nodes |
---|---|---|---|
Math Clip Art--Geometry Basics--Classifying Triangles by Angles 11 | Math Clip Art--Geometry Basics--Classifying Triangles by Angles 11TopicGeometry Basics DescriptionThis math clip art image, which is the eleventh in the series about categorizing triangles by angles, illustrates a real-world example of an obtuse triangle. It depicts the roof of a house, showcasing the triangular shape it forms, where one angle is greater than 90 degrees, categorizing it as an obtuse triangle. This example emphasizes the significance of obtuse triangles in architecture and design, highlighting how these shapes provide aesthetic and structural benefits. |
Definition of a Triangle | |
Math Clip Art--Geometry Basics--Classifying Triangles by Angles 12 | Math Clip Art--Geometry Basics--Classifying Triangles by Angles 12TopicGeometry Basics DescriptionThis math clip art image is the twelfth in the series about categorizing triangles by angles, depicting a real-world example of an equilateral triangle. It shows a portion of a truss, illustrating how equilateral triangles, which have all three angles equal to 60 degrees, are utilized in construction for their symmetrical properties. This example underscores the significance of equilateral triangles in design, providing both aesthetic appeal and structural integrity. |
Definition of a Triangle | |
Math Clip Art--Geometry Basics--Classifying Triangles by Sides 01 | Math Clip Art--Geometry Basics--Classifying Triangles by Sides 01TopicGeometry Basics DescriptionThis image is part of a series about categorizing triangles, serving as a title card for the collection. It introduces the concept of "Classifying Triangles by Side," setting the stage for a comprehensive exploration of triangle types. The use of clear, visually appealing math clip art is crucial in geometry education, as it helps students visualize abstract concepts and makes learning more engaging. |
Definition of a Triangle | |
Math Clip Art--Geometry Basics--Classifying Triangles by Sides 02 | Math Clip Art--Geometry Basics--Classifying Triangles by Sides 02TopicGeometry Basics DescriptionThis image illustrates a fundamental concept in triangle geometry: every triangle consists of three sides, each with its own specific length. It's an essential starting point for understanding how triangles can be classified based on their sides. Math clip art like this is invaluable in geometry education as it provides a clear, visual representation of abstract concepts. Teachers can use this image to introduce the basic definition of a triangle and as a foundation for more complex classifications. |
Definition of a Triangle | |
Math Clip Art--Geometry Basics--Classifying Triangles by Sides 03 | Math Clip Art--Geometry Basics--Classifying Triangles by Sides 03TopicGeometry Basics DescriptionThis image introduces the concept of a scalene triangle, which is characterized by having three sides of different lengths. It's an important classification in triangle geometry and helps students understand the diversity of triangle types. Using math clip art in this context allows for clear visual representation of the unique property of scalene triangles. Teachers can use this image to help students identify and understand this specific triangle classification. |
Definition of a Triangle | |
Math Clip Art--Geometry Basics--Classifying Triangles by Sides 04 | Math Clip Art--Geometry Basics--Classifying Triangles by Sides 04TopicGeometry Basics DescriptionThis image introduces the concept of an isosceles triangle, which is defined by having two sides that are congruent or equal in length. It's a key classification in triangle geometry and helps students understand another important type of triangle. Math clip art like this is crucial in geometry education as it provides a clear visual representation of the unique property of isosceles triangles. Teachers can use this image to help students identify and understand this specific triangle classification. |
Definition of a Triangle | |
Math Clip Art--Geometry Basics--Classifying Triangles by Sides 05 | Math Clip Art--Geometry Basics--Classifying Triangles by Sides 05TopicGeometry Basics DescriptionThis image introduces the concept of an equilateral triangle, which is characterized by having all three sides congruent or equal in length. It's a significant classification in triangle geometry and represents a special case of triangle symmetry. Using math clip art in this context allows for a clear visual representation of the unique property of equilateral triangles. Teachers can use this image to help students identify and understand this specific triangle classification and its implications for angle measures. |
Definition of a Triangle | |
Math Clip Art--Geometry Basics--Classifying Triangles by Sides 06 | Math Clip Art--Geometry Basics--Classifying Triangles by Sides 06TopicGeometry Basics DescriptionThis image expands on the concept of isosceles triangles by highlighting an important property: an isosceles triangle has two congruent acute angles. This information helps students understand the relationship between side lengths and angles in triangles. Math clip art like this is invaluable in geometry education as it visually demonstrates the connection between a triangle's sides and its angles. Teachers can use this image to deepen students' understanding of isosceles triangles and introduce the concept of angle-side relationships in triangles. |
Definition of a Triangle | |
Math Clip Art--Geometry Basics--Classifying Triangles by Sides 07 | Math Clip Art--Geometry Basics--Classifying Triangles by Sides 07TopicGeometry Basics DescriptionThis image presents a table that explores various combinations of triangle classifications. It helps students understand how different triangle types can be related and combined, deepening their comprehension of triangle geometry. Using math clip art in this tabular format is particularly effective for organizing and comparing different triangle classifications. Teachers can use this image to guide students through the various combinations and discuss the relationships between different triangle types. |
Definition of a Triangle | |
Math Clip Art--Geometry Basics--Classifying Triangles by Sides 08 | Math Clip Art--Geometry Basics--Classifying Triangles by Sides 08TopicGeometry Basics DescriptionThis image presents a table that illustrates which types of triangles are mathematically possible and which are not. It helps students understand the constraints and possibilities within triangle classifications, deepening their comprehension of triangle geometry. Using math clip art in this tabular format is particularly effective for organizing and comparing different triangle types. Teachers can use this image to guide students through the various combinations and discuss why some are permitted while others are not. |
Definition of a Triangle | |
Math Clip Art--Geometry Basics--Classifying Triangles by Sides 09 | Math Clip Art--Geometry Basics--Classifying Triangles by Sides 09TopicGeometry Basics DescriptionThis image provides an example of a scalene acute triangle, demonstrating how triangles can be classified by both their sides and angles. It helps students understand that triangles can belong to multiple categories simultaneously, deepening their comprehension of triangle geometry. Using math clip art to showcase specific examples is particularly effective in geometry education. Teachers can use this image to illustrate how a triangle can be both scalene (all sides of different lengths) and acute (all angles less than 90 degrees) at the same time. |
Definition of a Triangle | |
Math Clip Art--Geometry Basics--Classifying Triangles by Sides 10 | Math Clip Art--Geometry Basics--Classifying Triangles by Sides 10TopicGeometry Basics DescriptionThis image showcases an example of a obtuse right triangle, illustrating how triangles can be classified by both their sides and angles. It helps students understand that triangles can belong to multiple categories simultaneously, deepening their comprehension of triangle geometry. Using math clip art to present specific examples is particularly effective in geometry education. Teachers can use this image to demonstrate how a triangle can be both scalene (all sides of different lengths) and right-angled (one angle measuring exactly 90 degrees) at the same time. |
Definition of a Triangle | |
Math Clip Art--Geometry Basics--Classifying Triangles by Sides 11 | Math Clip Art--Geometry Basics--Classifying Triangles by Sides 11TopicGeometry Basics DescriptionThis image presents an example of an isosceles right triangle, demonstrating how triangles can be classified by both their sides and angles. It helps students understand that triangles can belong to multiple categories simultaneously, enhancing their comprehension of triangle geometry. Using math clip art to illustrate specific examples is particularly effective in geometry education. Teachers can use this image to show how a triangle can be both isosceles (two sides of equal length) and acute (all angles less than 90 degrees) at the same time. |
Definition of a Triangle | |
Math Clip Art--Geometry Basics--Classifying Triangles by Sides 12 | Math Clip Art--Geometry Basics--Classifying Triangles by Sides 12TopicGeometry Basics DescriptionThis image showcases an example of an isosceles acute triangle, illustrating how triangles can be classified by both their sides and angles. It helps students understand that triangles can belong to multiple categories simultaneously, deepening their comprehension of triangle geometry. Using math clip art to present specific examples is particularly effective in geometry education. Teachers can use this image to demonstrate how a triangle can be both isosceles (two sides of equal length) and obtuse (one angle measuring more than 90 degrees) at the same time. |
Definition of a Triangle | |
Math Clip Art--Geometry Basics--Classifying Triangles by Sides 13 | Math Clip Art--Geometry Basics--Classifying Triangles by Sides 13TopicGeometry Basics DescriptionThis image presents an example of an isosceles obtuse triangle, demonstrating how triangles can be classified by both their sides and angles. It helps students understand that triangles can belong to multiple categories simultaneously, enhancing their comprehension of triangle geometry. Using math clip art to illustrate specific examples is particularly effective in geometry education. Teachers can use this image to show how a triangle can be both isosceles (two sides of equal length) and right-angled (one angle measuring exactly 90 degrees) at the same time. |
Definition of a Triangle | |
Math Clip Art--Geometry Basics--Classifying Triangles by Sides 14 | Math Clip Art--Geometry Basics--Classifying Triangles by Sides 14TopicGeometry Basics DescriptionThis image showcases an example of an equilateral right triangle, illustrating a special case in triangle classification. It helps students understand the unique properties of equilateral triangles and their relationship to acute angles, deepening their comprehension of triangle geometry. Using math clip art to present specific examples is particularly effective in geometry education. Teachers can use this image to demonstrate how all equilateral triangles are necessarily acute, with each angle measuring exactly 60 degrees. |
Definition of a Triangle | |
Math Clip Art--Geometry Basics--Classifying Triangles by Sides 15 | Math Clip Art--Geometry Basics--Classifying Triangles by Sides 15TopicGeometry Basics DescriptionThis image showcases an example of an equilateral acute triangle, illustrating a special case in triangle classification. It helps students understand the unique properties of equilateral triangles and their relationship to acute angles, deepening their comprehension of triangle geometry. Using math clip art to present specific examples is particularly effective in geometry education. Teachers can use this image to demonstrate how all equilateral triangles are necessarily acute, with each angle measuring exactly 60 degrees. |
Definition of a Triangle | |
Math Clip Art--Geometry Basics--Classifying Triangles by Sides 16 | Math Clip Art--Geometry Basics--Classifying Triangles by Sides 16TopicGeometry Basics DescriptionThis image presents a comprehensive summary table of triangles classified by their sides. It serves as an essential reference tool, helping students understand the various types of triangles based on their side lengths and how these classifications relate to angular properties. Using math clip art in this tabular format is particularly effective for organizing and comparing different triangle types. Teachers can use this image to guide students through the various classifications and discuss the relationships between side lengths and angle measures in triangles. |
Definition of a Triangle | |
Math Clip Art--Geometry Basics--Other Types of Angles 01 | Math Clip Art--Geometry Basics--Other Types of Angles 01Geometry BasicsGeometry Basics DescriptionThis image is part of a series that focuses on angles in mathematics. A title card with the title "Other Types of Angles." This image provides a visual representation that enhances the understanding of geometric concepts. Using math clip art is instrumental in making geometry lessons more interactive. These images not only clarify concepts but also engage students in learning. Incorporating these visuals into lessons allows teachers to foster a deeper comprehension of angles and their relationships. |
Definition of an Angle | |
Math Clip Art--Geometry Basics--Other Types of Angles 02 | Math Clip Art--Geometry Basics--Other Types of Angles 02Geometry BasicsGeometry Basics |
Definition of an Angle | |
Math Clip Art--Geometry Basics--Other Types of Angles 03 | Math Clip Art--Geometry Basics--Other Types of Angles 03Geometry BasicsGeometry Basics |
Definition of an Angle | |
Math Clip Art--Geometry Basics--Other Types of Angles 04 | Math Clip Art--Geometry Basics--Other Types of Angles 04Geometry BasicsGeometry Basics |
Definition of an Angle | |
Math Clip Art--Geometry Basics--Other Types of Angles 05 | Math Clip Art--Geometry Basics--Other Types of Angles 05Geometry BasicsGeometry Basics |
Definition of an Angle | |
Math Clip Art--Geometry Basics--Other Types of Angles 06 | Math Clip Art--Geometry Basics--Other Types of Angles 06Geometry BasicsGeometry Basics |
Definition of an Angle | |
Math Clip Art--Geometry Basics--Other Types of Angles 07 | Math Clip Art--Geometry Basics--Other Types of Angles 07Geometry BasicsGeometry Basics |
Definition of an Angle | |
Math Clip Art--Geometry Basics--Other Types of Angles 08 | Math Clip Art--Geometry Basics--Other Types of Angles 08Geometry BasicsGeometry Basics |
Definition of an Angle | |
Math Clip Art--Geometry Basics--Other Types of Angles 09 | Math Clip Art--Geometry Basics--Other Types of Angles 09Geometry BasicsGeometry Basics |
Definition of an Angle | |
Math Clip Art--Geometry Basics--Other Types of Angles 10 | Math Clip Art--Geometry Basics--Other Types of Angles 10Geometry BasicsGeometry Basics |
Definition of an Angle | |
Math Clip Art--Geometry Concepts--Scale Drawing--01 | Math Clip Art--Scale Drawing--01TopicGeometry Concepts DescriptionThis image depicts a scale drawing of a square that has been scaled up by a factor of 1:2. This means that each side of the square in the drawing is twice the length of the corresponding side in the actual object. Scale drawings are essential for accurately representing objects in a manageable size while maintaining proportionality. Teacher's Script: "Observe this scale drawing of a square. How does the 1:2 scale factor help us understand the relationship between the drawing and the actual square? What are some real-world applications of scaling up objects, such as in architecture or design?" |
Proportions | |
Math Clip Art--Geometry Concepts--Scale Drawing--02 | Math Clip Art--Scale Drawing--02TopicGeometry Concepts DescriptionThis image illustrates a scale drawing of a square that has been scaled up by a factor of 1:3. Each side of the square in the drawing is three times the length of the corresponding side in the actual object. This scaling helps in visualizing larger versions of objects while maintaining accurate proportions. Teacher's Script: "Look at this scale drawing of a square. How does the 1:3 scale factor affect the dimensions of the drawing compared to the actual square? What are some mathematical concepts you can explore using scale drawings, such as ratios or proportions?" |
Proportions | |
Math Clip Art--Geometry Concepts--Scale Drawing--03 | Math Clip Art--Scale Drawing--03TopicGeometry Concepts DescriptionThis image shows a scale drawing of a rectangle that has been scaled up by a factor of 1:4. Each side of the rectangle in the drawing is four times the length of the corresponding side in the actual object. This scaling is useful for enlarging objects while maintaining their proportional dimensions. Teacher's Script: "Examine this scale drawing of a rectangle. How does the 1:4 scale factor influence the size of the drawing compared to the actual rectangle? What are some real-world applications of scaling up objects, such as in engineering or construction?" |
Proportions | |
Math Clip Art--Geometry Concepts--Scale Drawing--04 | Math Clip Art--Scale Drawing--04TopicGeometry Concepts DescriptionThis image illustrates a scale drawing of a rectangle that has been scaled up by a factor of 1:5. Each side of the rectangle in the drawing is five times the length of the corresponding side in the actual object. Scale drawings like this are crucial for visualizing larger versions of objects while maintaining accurate proportions. Teacher's Script: "Observe this scale drawing of a rectangle. How does the 1:5 scale factor affect the dimensions of the drawing compared to the actual rectangle? What are some mathematical concepts you can explore using scale drawings, such as ratios or proportions?" |
Proportions | |
Math Clip Art--Geometry Concepts--Scale Drawing--05 | Math Clip Art--Scale Drawing--05TopicGeometry Concepts DescriptionThis image depicts a scale drawing of a right triangle that has been scaled down by a factor of 5:1. This means each side of the triangle in the drawing is one-fifth the length of the corresponding side in the actual object. Scaling down is useful for creating manageable representations of larger objects. Teacher's Script: "Examine this scale drawing of a right triangle. How does the 5:1 scale factor help us understand the relationship between the drawing and the actual triangle? What are some real-world applications of scaling down objects, such as in model making or map creation?" |
Proportions | |
Math Clip Art--Geometry Concepts--Scale Drawing--06 | Math Clip Art--Scale Drawing--06TopicGeometry Concepts DescriptionThis image illustrates a scale drawing of a right triangle that has been scaled down by a factor of 4:1. Each side of the triangle in the drawing is one-fourth the length of the corresponding side in the actual object. This scaling helps in visualizing smaller versions of objects while maintaining accurate proportions. Teacher's Script: "Observe this scale drawing of a right triangle. How does the 4:1 scale factor affect the dimensions of the drawing compared to the actual triangle? What are some mathematical concepts you can explore using scale drawings, such as ratios or proportions?" |
Proportions | |
Math Clip Art--Geometry Concepts--Scale Drawing--07 | Math Clip Art--Scale Drawing--07TopicGeometry Concepts DescriptionThis image depicts a scale drawing of a right triangle that has been scaled down by a factor of 3:1. Each side of the triangle in the drawing is one-third the length of the corresponding side in the actual object. Scaling down is useful for creating manageable representations of larger objects. Teacher's Script: "Examine this scale drawing of a right triangle. How does the 3:1 scale factor help us understand the relationship between the drawing and the actual triangle? What are some real-world applications of scaling down objects, such as in model making or map creation?" |
Proportions | |
Math Clip Art--Geometry Concepts--Scale Drawing--08 | Math Clip Art--Scale Drawing--08TopicGeometry Concepts DescriptionThis image illustrates a scale drawing of a right triangle that has been scaled down by a factor of 2:1. Each side of the triangle in the drawing is one-half the length of the corresponding side in the actual object. This scaling helps in visualizing smaller versions of objects while maintaining accurate proportions. Teacher's Script: "Observe this scale drawing of a right triangle. How does the 2:1 scale factor affect the dimensions of the drawing compared to the actual triangle? What are some mathematical concepts you can explore using scale drawings, such as ratios or proportions?" |
Proportions | |
Math Clip Art--Triangles--Equilateral Triangle | Math Clip Art--Triangles--Equilateral Triangle
This is from a collection of triangular shapes. They come labeled and unlabeled. |
Definition of a Triangle | |
Math Clip Art--Triangles--Isosceles Triangle | Math Clip Art--Triangles--Isosceles Triangle
This is from a collection of triangular shapes. They come labeled and unlabeled. |
Definition of a Triangle | |
Math Clip Art--Triangles--Right Triangle | Math Clip Art--Triangles--Right Triangle
This is from a collection of triangular shapes. They come labeled and unlabeled. |
Right Triangles | |
Math Clip Art--Triangles--Triangle in Q1 | Math Clip Art--Triangles--Triangle in Q1
This is from a collection of triangular shapes. They come labeled and unlabeled. |
Applications of Coordinate Geometry and Applications of Triangles | |
Math Clip Art--Triangles--Triangle in Q2 | Math Clip Art--Triangles--Triangle in Q2
This is from a collection of triangular shapes. They come labeled and unlabeled. |
Applications of Coordinate Geometry and Applications of Triangles | |
Math Clip Art--Triangles--Triangle in Q3 | Math Clip Art--Triangles--Triangle in Q3
This is from a collection of triangular shapes. They come labeled and unlabeled. |
Applications of Coordinate Geometry and Applications of Triangles | |
Math Clip Art--Triangles--Triangle in Q4 | Math Clip Art--Triangles--Triangle in Q4
This is from a collection of triangular shapes. They come labeled and unlabeled. |
Applications of Coordinate Geometry and Applications of Triangles | |
Math Clip Art--Triangles--Two Triangles Share Vertical Angles Congruent--Labeled | Math Clip Art--Triangles--Two Triangles Share Vertical Angles Congruent--Labeled
This is from a collection of triangular shapes. They come labeled and unlabeled. |
Applications of Triangles | |
Math Clip Art--Triangles--Two Triangles Share Vertical Angles Congruent--Unlabeled | Math Clip Art--Triangles--Two Triangles Share Vertical Angles Congruent--Unlabeled
This is from a collection of triangular shapes. They come labeled and unlabeled. |
Applications of Triangles | |
Math Clip Art--Triangles--Two Triangles Share Vertical Angles Non Congruent--Labeled | Math Clip Art--Triangles--Two Triangles Share Vertical Angles Non Congruent--Labeled
This is from a collection of triangular shapes. They come labeled and unlabeled. |
Applications of Triangles | |
Math Clip Art--Triangles--Two Triangles Share Vertical Angles Non Congruent--Unlabeled | Math Clip Art--Triangles--Two Triangles Share Vertical Angles Non Congruent--Unlabeled
This is from a collection of triangular shapes. They come labeled and unlabeled. |
Applications of Triangles | |
Math Clip Art--Triangles--Two Triangles Share Vertical Angles Similar--Labeled | Math Clip Art--Triangles--Two Triangles Share Vertical Angles Similar--Labeled
This is from a collection of triangular shapes. They come labeled and unlabeled. |
Applications of Triangles | |
Math Clip Art--Triangles--Two Triangles Share Vertical Angles Similar--Unlabeled | Math Clip Art--Triangles--Two Triangles Share Vertical Angles Similar--Unlabeled
This is from a collection of triangular shapes. They come labeled and unlabeled. |
Applications of Triangles | |
Math Clip Art--Triangles--Two Triangles with Common Base--Congruent--Labeled | Math Clip Art--Triangles--Two Triangles with Common Base--Congruent--Labeled
This is from a collection of triangular shapes. They come labeled and unlabeled. |
Applications of Triangles |