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6 th Grade Mini-Golf Project

6 th Grade Mini-Golf Project. Using Google SketchUp. What is it?. You will create one hole of mini-golf using Google SketchUp . You will then compute: the area of the green t he perimeter of the border material t he surface area of three 3-d obstacles

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6 th Grade Mini-Golf Project

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  1. 6th Grade Mini-Golf Project Using Google SketchUp

  2. What is it? • You will create one hole of mini-golf using Google SketchUp. • You will then compute: • the area of the green • the perimeter of the border material • the surface area of three 3-d obstacles • create a supply list with pricing for your hole • The math is just as important as the design.

  3. How much time will we spend on this? • We will be in the computer lab for one week. • We will then work in class (on the math) for one week.

  4. Can I work on this at home? • On the design process? • Yes • On the math? • No

  5. How is this being graded? • Part One • Design • Green is a complex/composite shape with a width of .9m and a length of 6.25m • Green has a border with a minimum height of .9m • Green contains a starting pad (40cm x 50cm) and a hole (maximum diameter of 120mm) • Green has three student-created 3-d objects • Dimensions are included on diagram.

  6. How is this being graded? • Part Two • Math • Find the area of the green. • Find the length of the border material. • Find the surface area of three student-created 3-d shapes. • Find the amount and cost of required materials.

  7. What about extra credit? • All project minimums accurately satisfied = 85% • Additional points assigned for creativity ONLY AFTER MINUMUM REQUIREMENTS ARE MET • But how can I get EXTRA credit? • You can add a fourth 3-d object (composite/complex). • You can use angles to determine the path to a hole-in-one and turn in an extra .skp file with the path indicated.

  8. What will I have to turn in? • .skp file (yourname.skp) will be turned in to dropbox EVERY CLASS. • On the due date: • .skp file (EMAILED) • printed (NOT EMAILED) SketchUp diagram • all computation pages with all work shown, including formulas, organized and in final draft form (no cross-outs) • One page (minimum) with length of border computations • One page (minimum) with area of green computations • Three pages (minimum) with 3-d surface area calculations (one for each object) • One page (minimum) with cost of material calculations

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