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Interactives . 3D Shapes . Prisms - Learner
Explore & Play with Prisms. Use the animation below to explore the properties of four prisms. Follow the instructions below to change the direction and speed of the prism's rotation and to …
Geometry 3-D Shapes Interactive - Annenberg Learner
Learn about several three-dimensional geometric shapes and the terminology used to describe them. Learn how to calculate their surface area and volume, and explore their mathematical properties.
Interactives . 3D Shapes . Site Map - Learner
Intro | 3D Shapes | Surface Area & Volume | Euler's Theorem | Platonic Solids | Test Your Skills
Interactives . 3D Shapes . Polyhedron - Learner
There are many types of three-dimensional shapes. You've surely seen spheres and cubes before. In this lesson, you'll learn about polyhedra — three-dimensional shapes whose faces are polygons — and you'll also learn about …
Interactives . 3D Shapes . About this Interactive
Students will analyze the attributes and properties of basic three-dimensional shapes, such as pyramids, prisms, and cylinders. They will develop mathematical arguments about the relationships they discover, such as Euler's theorem, …
Interactives . 3D Shapes . Surface Area & Volume
In the activity below, choose a prism from the top row and then hit the play button to watch its net fold up to form the corresponding three-dimensional shape. Hit the pause button at any time to freeze the animation. Use the animation to help …
Part B: Surface Area and Volume - Annenberg Learner
Determine which shapes maximize area while minimizing perimeter, and vice versa. Explore the proportional relationship between surface area and volume. Construct open-box containers, …
Interactives . 3D Shapes . Surface Area & Volume
Consider a pentagonal prism. It satisfies the second condition because three faces meet at each vertex, but it violates the first condition because the faces are not identical — some are pentagons and some are rectangles.
Interactives . 3D Shapes . Surface Area & Volume
In the animation below, hit the play button to watch the net fold up into a three-dimensional prism. Hit the pause button at any time to freeze the animation. Then, in the diagram to the right, calculate and enter the value for each face of …
Interactives . 3D Shapes . Intro - Learner
In the world around us, there are many three-dimensional geometric shapes. In these lessons, you'll learn about some of them. You'll learn some of the terminology used to describe them, how to calculate their surface area and …
Interactives . 3D Shapes . Pyramids - Learner
Use the animation below to explore the properties of four pyramids. Follow the instructions below to change the direction and speed of the prism's rotation and to highlight the numbers of faces (F), vertices (V), and edges (E) for each prism.
Interactives . 3D Shapes . Surface Area & Volume - Learner
Intro | 3D Shapes | Surface Area & Volume | Euler's Theorem | Platonic Solids | Test Your Skills
Part A: How Many Cubes? (60 minutes) - Annenberg Learner
Determine which shapes maximize area while minimizing perimeter, and vice versa. Explore the proportional relationship between surface area and volume. Construct open-box containers, …
Volume - Annenberg Learner
Determine which shapes maximize area while minimizing perimeter, and vice versa. Explore the proportional relationship between surface area and volume. Construct open-box containers, …
Part B: Volume Formulas (60 minutes) - Annenberg Learner
Determine which shapes maximize area while minimizing perimeter, and vice versa. Explore the proportional relationship between surface area and volume. Construct open-box containers, …
Part C: Scaling the Area (35 minutes) - Annenberg Learner
Determine which shapes maximize area while minimizing perimeter, and vice versa. Explore the proportional relationship between surface area and volume. Construct open-box containers, …
Part C: Cross Sections (45 minutes) - Annenberg Learner
Explore various aspects of solid geometry. Examine platonic solids and why there are a finite number of them. Investigate nets and cross-sections for solids as a way of establishing the …
Part A: Indirect Measurement With a Transit - Annenberg Learner
Determine which shapes maximize area while minimizing perimeter, and vice versa. Explore the proportional relationship between surface area and volume. Construct open-box containers, …
Interactives . 3D Shapes . Surface Area & Volume - Learner
Intro | 3D Shapes | Surface Area & Volume | Euler's Theorem | Platonic Solids | Test Your Skills
Part B: Nets (30 minutes) - Annenberg Learner
Explore various aspects of solid geometry. Examine platonic solids and why there are a finite number of them. Investigate nets and cross-sections for solids as a way of establishing the …
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