Mat _6th_UD4_3D Shapes
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The document discusses 3D shapes, their characteristics, parts, types, and how to represent them visually with nets. It defines 3D shapes as solid objects with three dimensions of height, width, and length that can be found in the real world. The main types covered are prisms, pyramids, and polyhedrons, with prisms having two equal bases and pyramids having one base, and both having flat faces that meet at vertices. Curved 3D shapes are also mentioned. Nets are described as a way to represent how to build a 3D shape by folding and gluing a 2D template.
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The document provides a recipe for making pancakes with Sarah. It lists the ingredients needed as flour, baking powder, salt, sugar, milk, eggs and butter. It then outlines the steps to prepare the ingredients, cook the pancakes in a pan with butter, and enjoy eating the finished pancakes with various toppings.
Mat_5th_UD5_The plane figures' areas
This document discusses the areas of different plane figures including squares, rectangles, rhomboids, triangles, trapezoids, rhombuses, regular polygons, and circles. It provides information on calculating the areas of these basic shapes through formulas using measurements of their sides or radii.
Plat_3ri4rt_ud6_tony cragg_artwork
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Plat_3ri4rt_ud6_tony cragg_presentation
Plat_3ri4rt_ud6_tony cragg_presentation
Plat_3ri4rt_ud6_tony cragg_presentation
Plat_3ri4rt_ud6_tony cragg_presentation
Plat_3ri4rt_ud6_tony cragg_presentation
Mat_4rt_UD4_Plane figures
This document provides definitions and information about plane figures and polygons for 4th grade math. It defines polygons as closed polygonal lines with an interior, and lists the most common polygons as triangles and quadrilaterals. It explains that polygons are classified by the number of sides, and defines key terms like diagonal, perimeter, and types of triangles and quadrilaterals. The document also covers circles, their parts, and how to use a compass to draw circles.
Mat_6th_ud3_the plane figures and their areas
Mat_6th_ud3_the plane figures and their areas
Mat_6th_ud3_the plane figures and their areas
Mat_6th_ud3_the plane figures and their areas
Mat_6th_ud3_the plane figures and their areas
Mat_6th_ud3_the plane figures and their areas
Mat_6th_ud3_the plane figures and their areas
Mat_6th_ud3_the plane figures and their areas
Plast_3ri4rt_UD5_Agatha Ruiz de la Prada
Plast_3ri4rt_UD5_Agatha Ruiz de la Prada
Plast_3ri4rt_UD5_Agatha Ruiz de la Prada
Plast_3ri4rt_UD5_Agatha Ruiz de la Prada
Plast_3ri4rt_UD5_Agatha Ruiz de la Prada
Plast_3ri4rt_UD5_Agatha Ruiz de la Prada
Plast_3ri4rt_UD5_Agatha Ruiz de la Prada
Arts & Crafts_5th and 6th_Pablo picasso
Arts & Crafts_5th and 6th_Pablo picasso
Arts & Crafts_5th and 6th_Pablo picasso
Arts & Crafts_5th and 6th_Pablo picasso
Mat_5th_UD3_Angles
This document defines angles and describes how to measure, construct, classify, and bisect angles. It contains the following key points:
1. An angle is the amount of turn between two lines that meet at a common endpoint called the vertex. Angles are measured in degrees using a protractor.
2. To construct a 45 degree angle, mark the 45 degree mark on a protractor and draw a line from the vertex to this mark.
3. There are different types of angles including complete angles of 360 degrees and relationships between consecutive, adjacent, and inverse angles.
Mat_3r_UD3_Plane figures
Mat_3r_UD3_Plane figures
Mat_3r_UD3_Plane figures
Mat_3r_UD3_Plane figures
Mat_3r_UD3_Plane figures
Mat_3r_UD3_Plane figures
Mat_3r_UD3_Plane figures
Mat_4th_UD3_Lines and angles
Mat_4th_UD3_Lines and angles
Mat_4th_UD3_Lines and angles
Mat_4th_UD3_Lines and angles
Mat_4th_UD3_Lines and angles
Mat_4th_UD2_Geometric shapes
Mat_4th_UD2_Geometric shapes
Mat_4th_UD2_Geometric shapes
Mat_4th_UD2_Geometric shapes
Mat_4th_UD2_Geometric shapes
Mat_4th_UD2_Geometric shapes
Mat_4th_UD2_Geometric shapes
Mat 4th ud2_capacity_presentation
Mat_4th_UD2_Capacity
Mat_4th_UD2_Capacity
Mat_4th_UD2_Capacity
Mat_4th_UD2_Capacity
Mat_4th_UD2_Capacity
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