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 \n9)  \n1-9  89  78  67  56  44  33  22  11  0   \n [Math ](Math  www.CommonCoreSheets.com 4)[ www.CommonCoreSheets.com](Math  www.CommonCoreSheets.com 4)[ 4](Math  www.CommonCoreSheets.com 4) ~~                 ~~  \nDetermine the 2d shape that would be created if the 3d shape were sliced as shown.  \n1)  \n2)  \n4)  \n5)  \n6)  \n7)  \n8)  \n9)  \n1-9  89  78  67  56  44  33  22  11  0   \n [Math ](Math  www.CommonCoreSheets.com 4)[ www.CommonCoreSheets.com](Math  www.CommonCoreSheets.com 4)[ 4](Math  www.CommonCoreSheets.com 4) ~~                 ~~  \nDetermine the 2d shape that would be created if the 3d shape were sliced as shown.  \n1)  \n2)  \n4)  \n5)  \n6)","cbCaijhKpfXhsLZt","https://ap.wps.com/l/cbCaijhKpfXhsLZt","pdf",49261,"English","## Geometric Slicing Practice\n## Visualization of 2D Cross-Sections","[{\"question\":\"What is the primary objective of these exercises?\",\"answer\":\"The objective is to determine the resulting two-dimensional shape when a given three-dimensional object is sliced by a plane.\"},{\"question\":\"Who is the intended audience for this material?\",\"answer\":\"This material is intended for students studying basic geometry, specifically focusing on spatial reasoning and the properties of 3D solids.\"},{\"question\":\"How should the problems be approached?\",\"answer\":\"Students should visualize the intersection between the cutting plane and the 3D solid to identify the geometry of the resulting cross-section.\"}]","Slicing 3D Shapes - Geometry Practice Exercises | PDF",1790796808]