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Tiering Assignments: Rotating Review Activity. Quick! Grab a NET! What do you think of when I say...
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![Page 1: Tiering Assignments: Rotating Review Activity. Quick! Grab a NET! What do you think of when I say the word What do you think of when I say the word “net?”](https://reader034.fdocuments.net/reader034/viewer/2022042821/56649d015503460f949d3e9d/html5/thumbnails/1.jpg)
Tiering Assignments:
Rotating Review Activity
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Quick! Grab a NET!
What do you think of when I say the word
“net?”
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A MATHEMATICAL NET is a 2-dimensional model that can be folded to form a 3-dimensional figure.
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Vertex: POINT where at least three edges meet
Face: flat surface
Edge: where two faces meet
Vocabulary Reminders
Polyhedron = 3-dimensional geometric figure having flat surfaces that meet along straight edges
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Rotating Review Activity
1. Identify the NAME of each polyhedron at each station.
2. Analyze each polyhedron according to critical attributes …
•# of vertices•# of faces•# of points
3. Create an ANALOGY for each polyhedron
4. SKETCH the mathematical net
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Polyhedron Classification Matrix
Name of the Polyhedron
Cube
# Vertices 8
# Edges 12
# Faces (and shape of each)
6 squares
Analogy
Sketch a NET that could fold and become the polyhedron
A Cube
Box
as
…is shaped like a…
as asas
…is shaped like a… …is shaped like a… …is shaped like a……is shaped like a…
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Thinking Maps Tree Map:
You may choose to use a Tree Map
instead of the Matrix
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Name: Cube
# Edges: 12
# Faces: 6 (all 6 squares)
Analogy:
Sketch Net:
A Cube
Box
as
…is shaped like a…
as asas
…is shaped like a… …is shaped like a… …is shaped like a……is shaped like a…
Polyhedron Tree Map
____________
____________
____________
Analogy:
Sketch Net:
____________
____________
____________
Analogy:
Sketch Net:
____________
____________
____________
Analogy:
Sketch Net:
____________
____________
____________
Analogy:
Sketch Net:
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Differentiation for Struggling Students:
Full Word Bank
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Polyhedron Analysis Hints!Vocabulary Reminders:
Vertex (vertices): POINT where at least three edges meet
Face (Faces): FLAT surfaceEdge (Edges): LINE where two faces meet
Net: 2-dimensional (flat) paper that can be folded to form a 3 dimensional polyhedron
Word Bank for Polyhedron Classification Matrix: (Not in the correct order! You must write the following words into your matrix where they belong!)Triangular Pyramid Rectangular Prism 5 Faces (3 squares or rectangles, 2 triangles)
8 Vertices Triangular Prism 5 Vertices6 Vertices 12 Edges 6 EdgesSquare Pyramid 6 Faces (2 squares or rectangle ends & 4 rectangles) 4 Vertices5 Faces (4 triangles & 1 square) 8 Vertices 4 Faces (4 triangles)
Analogies: (choose from the following words to complete your analogies.)Rectangular prism Tent Triangular Prism Triangular Pyramid Book King Tut’s Tomb Square Pyramid
Sample NETS: Choose from the following nets & sketch the appropriate net for each polyhedron on your Polyhedron Classification Matrix: (Hint! Count the faces and note the shape of each face to figure out which net goes with which polyhedron!)
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Differentiation for Regular Students:
Partial Word Bank
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Polyhedron Analysis Hints!Vocabulary Reminders:
Vertex (vertices): POINT where at least three edges meet
Face (Faces): FLAT surface
Edge (Edges): LINE where two faces meet
Net: 2-dimensional (flat) paper that can be folded to form a 3 dimensional polyhedron
Partial Word Bank for Polyhedron Classification Matrix: (Not in the correct order! You must write the following words into your matrix where they belong , but you only have a FEW of the words – not all of them!)
Triangular Pyramid Rectangular Prism 5 Faces (3 squares or rectangles, 2 triangles)
8 Vertices Triangular Prism 6 Edges6 Faces (2 squares & 4 rectangles) 12 Edges Square Pyramid
Analogies: Hint! Think of what the shape looks like in real life.
Sketching Nets: Hint! Fold out each 3-dimensional examples of each polyhedron to them see what the net would look like. Sketch what you see.
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Differentiation for Advanced Students:
No Word Bank + Challenge Problem
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Polyhedron Analysis Hints!Vocabulary Reminders:
Vertex (vertices): POINT where at least three edges meet
Face (Faces): FLAT surface
Edge (Edges): LINE where two faces meet
Net: 2-dimensional (flat) paper that can be folded to form a 3 dimensional polyhedron
CHALLENGE! Analyze the following polyhedron and draw a net that would fold to form this figure.
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Polyhedron Classification Matrix
Name of the Polyhedron
Cube
# Vertices 8
# Edges 12
# Faces (and shape of each)
6 squares
Analogy (this figure looks like a…)
BOX
Sketch a NET that could fold and become the polyhedron
Tiered Differentiation:
• All Students: Analyzing critical attributes, Classifying Polyhedron, creating analogies & Illustrating visual nets
• Below Level Support: Vocabulary reminders, Word Bank, Net Bank, & Manipulatives
On Level: Vocabulary reminders, Partial Word Bank, Manipulatives
Above Level: Vocabulary reminders, Manipulatives, Challenge Figure
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Polyhedron Classification Matrix
Name of the Polyhedron
Cube Rectangular Prism
Triangular Prism
Triangular Pyramid
Square Pyramid
# Vertices 8 8 6 4 5
# Edges 12 12 9 6 8
# Faces (and shape of each)
6 squares 6 Faces: 4 rectangles & 2 squares
or end rectangles
5 Faces: 2 triangles & 3 rectangles
4: 4 triangles 5 faces: 1 square & 4 triangles
Analogy
Sketch a NET that could fold and become the polyhedron
A Cube
Box
as
…is shaped like a…
as asas
…is shaped like a… …is shaped like a… …is shaped like a……is shaped like a…
key
A rectangular prism
Book
Triangular prism
Tent
Triangular pyramid
???
Square Pyramid
King Tut’s Tomb
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TAKS PRACTICE QUESTION (2006 11th grade)
10 How many faces, edges, and vertices does the solid shown below have?
F 4 faces, 10 edges, and 7 vertices G 9 faces, 10 edges, and 8 vertices H 10 faces, 16 edges, and 9 vertices J 9 faces, 16 edges, and 9 vertices
What geometric solid figure would this “net” make?
Would this be a polyhedron?
Why or why not?
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31 Which net best represents the triangular prismshown below?