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We were supposed to make a bridge made of pasta that held 5 pounds of sand. We tested by putting sand in a bucket, which was attached to our bridge. Our prototype worked because it successfully held 5 lbs and 9.5 oz.

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We were supposed to create a bridge that holds 5 pounds of sand. Our bridge held 1.14 lbs. of sand before snapping. Ours didn't work because we didn't have enough support throughout our bridge. We tested it by putting in the bucket and continuously adding sand.

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The challenge was to create a bridge out of uncooked pasta that would hold 5 lbs and spans 11 in
To test the prototype we attached a bucket to our bridge using bungee cords and added sand then measured the weight of the sand when the bridge cracked
Our prototype only held 4 lbs and 7.1 oz, therefore we didn't complete the challenge
We could have bettered our design by making the vertical supports more stable
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The challenge that was presented to us was to hold 5 pounds of sand and it had to be wide enough for a 1 inch person to walk across. We tested our prototype by putting the weight of the bucket on it to see if it would bend at all. Our bridge held 6 lbs and 7.7 ounces. Our prototype worked because we had support noodles on both sides of the plastic block.

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The challenge was to make a bridge that someone could walk across and that could hold 5 lbs. We did test our prototype to see what we needed to make improvements on and we added more support. Our prototype did work. It held 5 lbs 9 oz.

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The challenge was to make a bridge that could hold 5 pounds and has to be 11 inches long. We tested it by attaching a bucket to the bridge and pouring sand in it. Are design was 2 lasagna pieces on the top and spaghetti on the sides. Our bridge held 6 Lbs.

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The challenge was to build a bridge that can hold 5 pounds that spans 10 inches to cross an imaginary river. We tested our prototype by ataching a mini bungee rope on the bridge and then start pouring the sand in the bucket. Our prototype did work because the bridge held 10 pounds and 2 ounces.  Our design worked because we had the arch and triangles in the archthat distributed the weight evenly so it worked well.

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Our challenge was to build  a bridge that can hold 5 pounds and that people can walk across. We tested our prototype by attaching it to a bucket and pouring sand in the bucket. Our prototype worked because it held 10 pounds 1.4 ounces. I think it worked because we incorporated pats of truss and suspension bridges in our design

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We tested it by putting it over an open space then using sand as weights. The results of the test were that it held 5 lbs 13 oz.

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our prototype did hold 5 pounds

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The challenge was to make an 11 inch bridge that spans 10 inches and held at least five pounds of sand and was able to let a little figure walk accross it.