Day 3- Treasure Hunt Setting Up.

Slides:



Advertisements
Similar presentations
Thule Smart RV™ Pod Kit Installation For Smooth-Sided Fiberglass RVs
Advertisements

Interactive Journals.
What’d I do? You will need a piece of paper to write on. After each step I do on the screen, you will be expected to write down what I did. Be sure that.
Problem 1.1 Solve these design problems by experimenting with square tiles. Sketch designs on one-inch grid paper.
Let’s make Paper Snowflakes MERRYCHRISTMAS!. rectangle sides long side short side.
Log 3 Using the log rules, write the following in terms of p, q, and r.
Lone Star Region National Model Railroad Association “The Shack” Scratch Build -Mike Jobe.
Created by Barbara Fugitt Texarkana ISD $100 FormulasUnitsProblemsVolume Area and Perimeter $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300.
Volume of Rectangular Prisms
Check it out! : Graphing Linear Functions.
If the diameter of a circle is 6 in, then what is its radius?
Vocabulary Area Surface AreaVolume More vocabulary.
 Quiz Time!  You have 5 minutes to revise your notes or ask questions before completing the pop-quiz L.O: To use skills in cartography to develop a map.
Another method to solve quadratics. Why isn’t the last picture a square? Is this a square? What about this one?This one?
Hexagons & Hexagonal Prisms. Hexagons Hexagons are 6 sided shapes. Hexagons can be dimensioned in 2 different ways. 1. Across the faces. 2. Across the.
How to make a paper airplane
North Is Not Up! Lynne H. Hehr Center for Mathematics and Science Education Arkansas NASA Educator Resource Center University of Arkansas
Game Design Creating a game called PING Phase 3: Steps for building basic game.
Slide The Pythagorean Theorem and the Distance Formula  Special Right Triangles  Converse of the Pythagorean Theorem  The Distance Formula: An.
MATHCOUNTS 2004 National Competition Countdown Round.
Section 7.2 – The Quadratic Formula. The solutions to are The Quadratic Formula
1. Take out a blank piece of paper. 2. Label your paper 1-30 down the left-hand side. 3. You have 15s to complete each question. 4. At the end of this.
Finding Perimeter Step 1 Setup the Problem…LABEL ALL SIDES! 20 ft 15 ft 20 ft Perimeter – the distance around the outside edge of a shape or object.
Problem Solving Jan Sands KESAM 2006 Sources: Dr. Grayson Wheatley, AIMS, Connected Math.
Make an isometric drawing of the cube structure below.
Making a Model Of Sea Floor Spreading You will be able to Identify and Comprehend the features of a moving Sea Floor.
The Percent Proportion. To solve a proportion, multiply the numbers that are diagonal, divide by the one that’s left.
Tessellations You will need two pieces of computer paper and a small piece of thick paper and your final paper.
1.7 Introduction to Perimeter, Circumference, and Area Geometry.
2.7Graphs of Rational Functions Students will analyze and sketch graphs of rational functions. Students will sketch graphs of rational functions that have.
Keyboarding Vocabulary II Finals Study Guide Basic Computer.
Hexagons & Hexagonal Prisms.
Spring Board Unit 5 - Geometry.
Another method to solve quadratics Why isn’t the last picture a square? Is this a square? What about this one?This one?
1. Take out a blank piece of paper. 2. Label your paper 1-30 down the left-hand side. 3. You have 18s to complete each question. 4. At the end of this.
Building Boxes What is the largest volume open top box that you can build from an 8 ½ by 11 inch sheet of paper?
Cross sections Written by: Rahul Shawn, Major, and Rohan.
Measurement. Organizing Foldable Fractions 1.Fold and label the squares as follows: – Blue square into halves, – Green square into fourths, – Red square.
Progress on Stave assembly tooling Stephanie Yang (Oxford) WP4 meeting at Liverpool University, 13 th November 2014.
Drawing Floor plans.
Another method to solve quadratics
Mathematical Treasure-hunt:
Section T.6 – Applications of Triangle Trigonometry
Mathematics Workshop Wednesday 25th November 2015.
Following and Giving Instructions
Perimeter Formula.
Start on the corner of your picture *(Not the corner of the paper)
1 2 Find the unknown Find x in the following
Solve Absolute Value Equations
Solving Quadratics by Completing the Square
Gridding BIG Paper One square at a time….
Lay two pieces of paper on top of each other. Fold paper “hotdog”.
Drafting Tool Practice
Area, Perimeter, and Volume
Measuring Inches.
Today’s Lesson: Scale proportions What: Why:
Talent hunt day 2016.
A. Labels made and glued on colored construction paper.
R F Z D W X C E Y M S V N G T I A L H Q P J O U
Drafting 1 Mid-Term Review.
Turn to Page S.76 Describe what you know about the triangle listed to the left. What type of triangle is it? What are the labels A , B , and C ? What are.
There are a total of 6/3 or 2 whole rectangles
Crossword/Word search Instructions
Section 8.5 Day 2 Using the Distributive Property
Chapter 3 Section 1 Systems of Linear Equations in Two Variables All graphs need to be done on graph paper. Four, five squares to the inch is the best.
Right Triangle Trig Quiz!
Goal: The learner will find area and perimeter.
Five Themes Foldable Instructions
Design and build a table out of a newspaper and cardboard
Writers Rules Copy the following items into the “Writing Process” section of your notebook and title it “Writers Rules”
Presentation transcript:

Day 3- Treasure Hunt Setting Up

Materials for Setting Up 20 – 25 Small Paper Plates Double Sided Tape Masking/ Painter’s Tape Scotch Tape Parchment Paper Template

Clue Plates You should write the clues onto the parchment paper before taping to the plate. Five plates will have clues taped to the bottom and the remainder will be blank.

Spacing You need to section off a large area using the masking/ painter’s tape. This section should be large enough to accommodate your clues (if you have written your own.) If you are only using the five provided, it should be a minimum of 150 square inches.

Plate Placement To complete this part, you will need to first place the clue plates, then the decoy plates. On the back of the first clue plate, write “start” so your students know where to start. Then, follow the clues and measure out where the clue plates need to be placed. Tape them to the floor in the exact spot that the students will find them. Finally, sporadically tape the decoy plates to the floor.

Plate Placement Continued Place plates FACED down so that the students have to search for the clue plates. Tape them in place!

Plate Placement Continued Students should see plates in a random order. They will use the clues to navigate their way through the plates. Only the “start” plate should be labeled.

Completing the Treasure Hunt Students will solve the clues hidden on the plates. Then, they will use their number lines to measure the distance given on the clue in the direction given on the clue.