Industrial Engineer. Packaging Problem Task: Using butcher paper, create nets that will exactly...

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Industrial Engineer

Transcript of Industrial Engineer. Packaging Problem Task: Using butcher paper, create nets that will exactly...

Page 1: Industrial Engineer. Packaging Problem Task: Using butcher paper, create nets that will exactly cover 1) a box of craft sticks and 2) a canister of Clorox.

Industrial Engineer

Page 2: Industrial Engineer. Packaging Problem Task: Using butcher paper, create nets that will exactly cover 1) a box of craft sticks and 2) a canister of Clorox.

Packaging Problem

Task: Using butcher paper, create nets that will exactly cover 1) a box of craft sticks and 2) a canister of Clorox wipes.Test: At the end of the period, you must prove to Mrs. G that your net will cover the package exactly to earn today’s points.

Page 3: Industrial Engineer. Packaging Problem Task: Using butcher paper, create nets that will exactly cover 1) a box of craft sticks and 2) a canister of Clorox.

Constraints:

• Use only tools provided.

• Each net must be one piece and dimensions must be clearly labeled.

• *You may not take the boxes or canisters back to your desk!

• *Only one team member may measure and report back to the group!

Page 4: Industrial Engineer. Packaging Problem Task: Using butcher paper, create nets that will exactly cover 1) a box of craft sticks and 2) a canister of Clorox.

Reflection

Write out question and answer in complete sentences. (Honors page 90, Math 7 page 89)

How did your group apply knowledge of area and/or perimeter (circumference) to determine the sizes and layout of your nets for the packaging problem?

Page 5: Industrial Engineer. Packaging Problem Task: Using butcher paper, create nets that will exactly cover 1) a box of craft sticks and 2) a canister of Clorox.

• How did your group apply knowledge of area and/or perimeter (circumference) to determine the sizes and layout of your nets for the packaging problem?

• How did your group apply knowledge of area and/or perimeter (circumference) to determine the sizes and layout of your nets for the packaging problem?

• How did your group apply knowledge of area and/or perimeter (circumference) to determine the sizes and layout of your nets for the packaging problem?

• How did your group apply knowledge of area and/or perimeter (circumference) to determine the sizes and layout of your nets for the packaging problem?