Geometry In Design - McGraw-Hill Ryerson
Geometry In Design - McGraw-Hill Ryerson
Geometry In Design - McGraw-Hill Ryerson
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B<br />
5. A one-story bungalow is to be designed for a small lot. The floor plan<br />
of the house must fit into a rectangle measuring 30 ft by 40 ft. The<br />
buyer has made the following specifications.<br />
Room Minimum Floor Area (ft 2 )<br />
bedroom #1 200<br />
bedroom #2 150<br />
bedroom #3 100<br />
bathroom 100<br />
eat-in kitchen 200<br />
living room 300<br />
There must be a clear path to all rooms. Use pencil and paper or<br />
drawing software to design such a house. <strong>Design</strong> Tip: Lay out the<br />
rooms such that you minimize the area required for hallways.<br />
6. A flexible floating pipe is used to contain an oil spill. The pipe can<br />
contain a depth of 50 cm of oil. It is placed around a leaking tanker<br />
carrying 200 000 m 3 of oil. The pipe is laid such that it forms a circle<br />
around the leaking tanker. What length of pipe is needed to contain<br />
all of the oil<br />
7. Build a boat using one piece of water-resistant cardboard or plastic<br />
the same size as notebook paper, up to six popsicle sticks, glue as<br />
required, and enough tape to join the edges. The boat must hold the<br />
maximum load possible without sinking. Test the boat using standard<br />
weights, coins, or other materials. Record your plan.<br />
Math<br />
Connect<br />
Many bridges use<br />
triangles in their<br />
construction. Triangles<br />
are rigid and add to<br />
the strength of the<br />
bridge.<br />
8. Build a bridge using 12 plastic drinking straws, one sheet of notebook<br />
paper, and duct tape to join the straws. The bridge must span 15 cm<br />
and hold the maximum load possible. Note: The duct tape may be<br />
used only to join the straws. It may not be used to reinforce the bridge.<br />
Place the bridge over a gap of 15 cm, and test it with standard weights,<br />
coins, or other materials. Record your plan.<br />
6.5 Solve Problems With Given Constraints • MHR 51