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Jungle Geometry. Jonesboro, GA 678-378-8229 Email: jhart@clayton.k12.ga.us Website: http://www.heritagekids.info/5.htm. Jungle Geometry. Name___________. Jungle Geometry. Name___________. Jungle Geometry. Name___________. Jungle Geometry. Name________________. Prism Prison.
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Jungle Geometry Jonesboro, GA 678-378-8229 Email: jhart@clayton.k12.ga.us Website: http://www.heritagekids.info/5.htm
Jungle Geometry Name___________
Jungle Geometry Name___________
Jungle Geometry Name___________
Jungle Geometry Name________________
Prism Prison Jungle Geometry Name___________
Jungle Geometry Name___________
A five-sided polygon. Pentagon A six-sided polygon Hexagon An eight-sided polygon. Octagon A triangle having two sides of equal length. Isosceles Triangle A triangle having all three sides of equal length Equilateral Triangle
A solid figure with six congruent square faces. Cube A solid figure with six rectangular faces. Rectangular prism A solid figure with a square base and four triangular faces that meet at a common vertex Pyramid A round solid figure like a ball Sphere When a figure can be folded on a line so that it two parts are congruent. Line Symmetry
A four-sided polygon having all right angles. Rectangle A four-sided polygon having equal-length sides meeting at right angles. Square A four-sided polygon with two pairs of parallel sides. Parallelogram A four-sided polygon having all four sides of equal length. Rhombus A four-sided polygon having exactly one pair of parallel sides. Trapezoid
Line Symmetry Sphere Square Rectangle Parallelogram Rhombus Geometric Golf Trapezoid Start Here
c Pentagon Equilateral Triangle Hexagon Cube Octagon Rectangular prism Pyramid Isosceles Triangle
Geometry Golf Name_______________ 1. Find the perimeter around the board to the nearest cm. ____________ cm 2. Find the area of the board in cm. _________ square cm _____cm _____cm
Geometry Golf How to Play Geometry Golf 1. Find the perimeter around the board to the nearest cm. ____________ cm 2. Find the area of the board in cm. _________ square cm 3. Shuffle cards. Have definition side up. 4. The first player draws the top card. Read the definition. (Do not turn it over yet.) 5. Find the distance from where you are to where you think the answer hole is. Write the cm distance on your sheet of paper. 6. See how many times it takes to hit the circle to the hole. If it goes off the table, add another hit to your score and put the circle back on the board near where it went off. 7. Turn the card over once you reach the hole. Does the card match the hole? If it does not, you must continue hitting the circle to the correct space. Leave the card near the hole. 8. The next player does steps 4 – 7. 9. If you have 2 players then each do 7 holes. If you have 3 players then each will do 5 holes. 10. The winner is the one with the lowest score.
Alphabet Symmetry Name___________ I am Sponge Blob Hex Pants. I am symmetrical. The Left side of my body is a mirror image of my right side. Place a mirror vertically on my body to find my line of symmetry. Directions: Look at the letters of the alphabet. Use a mirror to find if the letter has a vertical symmetry, horizontal symmetry, both or none at all. Draw the lines of symmetry on the letter. Organize the letters according to which ones have reflection symmetry into three groups. 1. The letters that have reflection symmetry with a vertical line of symmetry (like the letter A). 2. The letters that have reflection symmetry with a horizontal line of symmetry (like the letter B). 3. The letters that have reflection symmetry with both vertical and horizontal lines of symmetry (like the letter H). A B C D E F G H I J K L M N O P Q R S T U V W X Y Z Letters with Vertical Symmetry Letters with Horizontal Symmetry
Name ________________GPS (Great Polygon Search) Hide your polygon shape in the grid below. 10 9 8 7 6 5 4 3 2 1 0 Directions: 1. Put a book between your desk and your partner’s desk so that your partner can not see your grid. 2. Draw a polygon (triangle, square, rectangle, parallelogram, trapezoid, rhombus, pentagon, hexagon, octagon) in the top grid. (See example below.) 3 Take turns with your partner using ordered pairs to guess a plotted point. If the point is a hit on a vertex, then put an x at that point. If it is a miss, then circle the point. 4. (3, 2) The first number indicates the number of units to the right of 0. The second number indicates a move up from 0. 5. If you know your partners shape, then tell him/her the name of the shape. Identify the ordered pairs of the shape. 0 1 2 3 4 5 6 7 8 9 10 Plot your partner’s coordinates in the grid below. 10 9 8 7 6 5 4 3 2 1 0 0 1 2 3 4 5 6 7 8 9 10
Prism Prison The point where two or more sides of an angle meet. } A solid figure with six rectangular faces. The line segment where faces meet. A two-dimensional pattern for a three-dimensional solid. The flat surface of a solid figure. A solid figure with six congruent square faces.
Faces Cube Net Rectangular Prism Vertex Edge
Prism Prison The point where two or more sides of an angle meet. } A solid figure with six rectangular faces. The line segment where faces meet. A two-dimensional pattern for a three-dimensional solid. The flat surface of a solid figure. A solid figure with six congruent square faces.
Faces Cube Net Rectangular Prism Vertex Edge