6.G.4: Surface Area by Adding Faces
Presentation
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Mathematics
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6th Grade
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Practice Problem
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Easy
+4
Standards-aligned
Alecia Julian
Used 28+ times
FREE Resource
5 Slides • 16 Questions
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6.G.4: Surface Area by Adding Faces
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Multiple Choice
Which shape could be folded up to form a cube?
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Multiple Select
Which shapes could be folded up to form pyramids?
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Multiple Choice
Which shape could be folded up to form a rectangular prism?
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Multiple Choice
Which shape could be folded up to form a triangular prism?
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Nets
When we unfold a 3D shape into its 2D version, the 2D version is called a net.
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Nets & Surface Area
We can use nets to calculate the surface area of a shape.
Nets are similar to the composite figures we looked at yesterday--funky shapes made up of more normal shapes.
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Multiple Choice
Find the area of the base of this rectangular pyramid (Shape A).
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Multiple Choice
Find the area of the two triangles labeled as shape B
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Multiple Choice
Find the area of the two triangles labeled as shape C
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Multiple Select
Which expressions could we use to calculate the total surface area of the rectangular pyramid?
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Open Ended
Calculate the total surface area of the rectangular pyramid. Don't forget your units!
Once you have your answer, come back to Teams to compare with other answers.
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Multiple Choice
Calculate the area of rectangle A.
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Multiple Choice
Calculate the area of rectangle B.
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Multiple Choice
Calculate the area of rectangle C.
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Multiple Choice
Calculate the surface area of the rectangular prism
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Open Ended
Calculate the area of the triangle.
When you finish, come back to the Teams screen to check out other answers.
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Open Ended
The parallelogram has an area of 35 square units. What is the height?
When you finish, come back to the Teams screen to check out other answers.
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Open Ended
6.G.4: Surface Area by Adding Faces
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