6.G.4: Surface Area by Adding Faces
Presentation
•
Mathematics
•
6th Grade
•
Practice Problem
•
Easy
+4
Standards-aligned
Alecia Julian
Used 25+ times
FREE Resource
5 Slides • 16 Questions
1
6.G.4: Surface Area by Adding Faces
2
3
4
Multiple Choice
Which shape could be folded up to form a cube?
5
Multiple Select
Which shapes could be folded up to form pyramids?
6
Multiple Choice
Which shape could be folded up to form a rectangular prism?
7
Multiple Choice
Which shape could be folded up to form a triangular prism?
8
Nets
When we unfold a 3D shape into its 2D version, the 2D version is called a net.
9
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.
10
Multiple Choice
Find the area of the base of this rectangular pyramid (Shape A).
11
Multiple Choice
Find the area of the two triangles labeled as shape B
12
Multiple Choice
Find the area of the two triangles labeled as shape C
13
Multiple Select
Which expressions could we use to calculate the total surface area of the rectangular pyramid?
14
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.
15
Multiple Choice
Calculate the area of rectangle A.
16
Multiple Choice
Calculate the area of rectangle B.
17
Multiple Choice
Calculate the area of rectangle C.
18
Multiple Choice
Calculate the surface area of the rectangular prism
19
Open Ended
Calculate the area of the triangle.
When you finish, come back to the Teams screen to check out other answers.
20
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.
21
Open Ended
6.G.4: Surface Area by Adding Faces
Show answer
Auto Play
Slide 1 / 21
SLIDE
