The document discusses volume of composite shapes. It defines a composite shape as two or more basic shapes combined or subtracted from each other. Examples shown include a house made of a triangular prism on top of a rectangular prism, a hexagonal prism with a cylinder subtracted from the center, and a cup made of a large cone with a small cone subtracted. The document also demonstrates finding the volume of composite shapes by identifying the basic shapes and adding their individual volumes, such as calculating the total volume of a shed by adding the volumes of a rectangular prism and triangular prism.
Chapter 1 ( Basic Concepts in Geometry )rey castro
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1.4 Some Special Angles
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1.6 Transversal Across Two Parallel Lines
1.7 Conditions For Parallelism
Some properties of tangents, secants and chords, Angles formed by intersecting chords, tangent and chord and two secants, Chords and their arcs, Segments of chords secants and tangents, Lengths of arcs and areas of sectors
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1.2 Line Segment
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1.4 Some Special Angles
1.5 Angles Made By A Transversal
1.6 Transversal Across Two Parallel Lines
1.7 Conditions For Parallelism
Some properties of tangents, secants and chords, Angles formed by intersecting chords, tangent and chord and two secants, Chords and their arcs, Segments of chords secants and tangents, Lengths of arcs and areas of sectors
I created this PowerPoint to introduce 8th grade student to the concept of finding the area of a composite figure is a WV CSO: M.O.8.3.6 make and test a conjecture concerning regular polygons. After developing this concepts students' thinking is to develop to more abstract by finding the area of prymaids, cones and cyclinders.
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32. Example
Sarah wanted to fumigate her shed for ants. If one can of spray will treat 600
cubic feet, how many cans will she need for her shed?
2.5 ft
7 ft
10 ft
8 ft
33. Example
Sarah wanted to fumigate her shed for ants. If one can of spray will treat 600
cubic feet, how many cans will she need for her shed?
2.5 ft
7 ft
10 ft
8 ft
34. Example
Sarah wanted to fumigate her shed for ants. If one can of spray will treat 600
cubic feet, how many cans will she need for her shed?
2.5 ft
7 ft
10 ft
8 ft
35. Example
Sarah wanted to fumigate her shed for ants. If one can of spray will treat 600
cubic feet, how many cans will she need for her shed?
2.5 ft
7 ft
10 ft
8 ft
36. Example
Sarah wanted to fumigate her shed for ants. If one can of spray will treat 600
cubic feet, how many cans will she need for her shed?
2.5 ft
7 ft
10 ft
Sarah will need two cans of spray. 8 ft
37. Summary
Clearly indicate
Add formulae
Identify final answer
Identify shapes to find
formulae with
involved composite
required appropriate
volume
units
Volume of composite shapes ( section 4.3) Purpose: To introduce the concept of composite shapes. Using examples to practice identifying the parts of real life composite shapes as well as an example of adding 2 shapes together to find the volume of a composite shape.
Students should already be familiar with some basic shapes and how to find their volume, but here is a review of some of the shapes that are commonly used to create composite shapes:
Continued idea from previous slide
If in a classroom, students can give ideas or just use as an intro into what a composite shape is.
A composite shape is a combination of 2 or more 3-D objects. Showing an example of a composite shape from 2 shapes added together. Separates to show original shapes.
A composite shape is a combination of 2 or more 3-D objects. Showing an example of a composite shape from 2 shapes added together. Separates to show original shapes.
Showing an example of a composite shape with one shape subtracted from another
Showing an example of a composite shape with one shape subtracted from another
A composite shape can also be formed from a shape that is truncated where the volume of the large object is found and the volume of the small object is subtracted.
A composite shape can also be formed from a shape that is truncated where the volume of the large object is found and the volume of the small object is subtracted.
A composite shape can also be formed from a shape that is truncated where the volume of the large object is found and the volume of the small object is subtracted.
A composite shape can also be formed from a shape that is truncated where the volume of the large object is found and the volume of the small object is subtracted.
Intro into detailed example for this presentation.
Before the example it is important for students to be able to practice the skill of recognizing the shapes involved in a composite shape.
Example of an ice cream cone showing its 2 pieces (hemisphere and cone added).
Example of an ice cream cone showing its 2 pieces (hemisphere and cone added).
Example of an ice cream cone showing its 2 pieces (hemisphere and cone added).
Example of an ice cream cone showing its 2 pieces (hemisphere and cone added).
Example of a traffic cone showing its 2 pieces (cone and rectangular prism added)
Example of a traffic cone showing its 2 pieces (cone and rectangular prism added)
Example of a traffic cone showing its 2 pieces (cone and rectangular prism added)
Example of a traffic cone showing its 2 pieces (cone and rectangular prism added)
The Washington monument is an example of a shape called an obelisk. Can you identify the shapes that make up this monument.If you guessed a pyramid and a rectangular prism you are correct.
The Washington monument is an example of a shape called an obelisk. Can you identify the shapes that make up this monument.If you guessed a pyramid and a rectangular prism you are correct.
The Washington monument is an example of a shape called an obelisk. Can you identify the shapes that make up this monument.If you guessed a pyramid and a rectangular prism you are correct.
The Washington monument is an example of a shape called an obelisk. Can you identify the shapes that make up this monument.If you guessed a pyramid and a rectangular prism you are correct.
Example of a hopper bin with its 2 pieces shown (cylinder and cones added).
Example of a hopper bin with its 2 pieces shown (cylinder and cones added).
Example of a hopper bin with its 2 pieces shown (cylinder and cones added).
Example of a hopper bin with its 2 pieces shown (cylinder and cones added).
Introduction into the example in which a composite shape is formed from addition of 2 shapes.
Example – addingFirst you need to identify the shapes involved in the image. The top shape is a triangular prism. The bottom shape is a rectangular prism. Next identify the formulas for the shapes you just found. You will be adding the two volumes together. Substitute the appropriate values for each variable into the formula.Enter the equation into your calculator to calculate the total volume of the shed.With a volume of 660 cubic feet Sarah can fumigate the shed with two cans of spray.
Example – addingFirst you need to identify the shapes involved in the image. The top shape is a triangular prism. The bottom shape is a rectangular prism. Next identify the formulas for the shapes you just found. You will be adding the two volumes together. Substitute the appropriate values for each variable into the formula.Enter the equation into your calculator to calculate the total volume of the shed.With a volume of 660 cubic feet Sarah can fumigate the shed with two cans of spray.
Example – addingFirst you need to identify the shapes involved in the image. The top shape is a triangular prism. The bottom shape is a rectangular prism. Next identify the formulas for the shapes you just found. You will be adding the two volumes together. Substitute the appropriate values for each variable into the formula.Enter the equation into your calculator to calculate the total volume of the shed.With a volume of 660 cubic feet Sarah can fumigate the shed with two cans of spray.
Example – addingFirst you need to identify the shapes involved in the image. The top shape is a triangular prism. The bottom shape is a rectangular prism. Next identify the formulas for the shapes you just found. You will be adding the two volumes together. Substitute the appropriate values for each variable into the formula.Enter the equation into your calculator to calculate the total volume of the shed.With a volume of 660 cubic feet Sarah can fumigate the shed with two cans of spray.
Example – addingFirst you need to identify the shapes involved in the image. The top shape is a triangular prism. The bottom shape is a rectangular prism. Next identify the formulas for the shapes you just found. You will be adding the two volumes together. Substitute the appropriate values for each variable into the formula.Enter the equation into your calculator to calculate the total volume of the shed.With a volume of 660 cubic feet Sarah can fumigate the shed with two cans of spray.
Summary for finding the volume of a composite shape using addition.