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Investigate the correlation between length and weight support on a simple beam bridge.
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Determine which bridge design holds the most weight - the arch bridge or the suspension bridge - using LEGOS R R R R Mass supported by different truss types R S S S S Which bridge type would support the most mass? R S S S Build a balsa bridge R R R Build a toothpick bridge R Determine the effect of dirt compaction on the ability of dirt to hold water in a simulated levee. S What Levee Construction Holds the Most Force? S R Buildings Science Fair Projects & Experiments Building Materials Science Fair Projects & Experiments |
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Measure the weight-bearing capacity of eggshells.
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Measure the relative strength of bridge truss designs based on three different shapes: equilateral triangle, right isosceles triangle, and 30-60-90 triangle. R The Effect of Various Levee Designs on the Ability to Withstand Water S Find out if contact surface area of overlapping bars of steel on a bridge affected its strength R Investigate different bridge types R Determine how modifying the structure of a Howe Bridge changes the bridge's load carrying capacity. R Design a truss structure based on equilateral, scalene, and isosceles triangles to determine the strength and the architectural benfits of the different triangles. R R Using Electrical Analogy to Study the Resistance to Seepage under Dams with Different Seepage Curtain R Which bridge design supports the most weight? R S S S S S Evaluate which truss bridge design will hold more weight, the Pratt or the Warren design. R R R Build a balsa bridge R R R Buildings Science Fair Projects & Experiments Building Materials Science Fair Projects & Experiments |
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Changing Bridge Frequencies to Reduce Resonance
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Buildings Science Fair Projects & Experiments Building Materials Science Fair Projects & Experiments |
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Science Fair Projects Resources
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Aviation Resources R Citation Guides, Style Manuals, Reference R Safety Resources R R |
