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Final Design Test Results Provide all numerical calculations to 3 significant digits. Table 4: Final Design
Results Height of drop Result (no crack, Trial Mass of Platform (g) Mass of Egg (8) (inches) crack,
broke) 1 g FL 10 In 100 9 60 9 no crack 2 60 g 18' no " no crack noo g 3 bog 48 8 &q... 

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Redesign Worksheet **Provide all numerical answers to 3 significant digits. Numerical answers should
be boxed and clearly labeled (i.e. "velocity of egg = 10.0 m/s" not "10.0 m/s"). All
work must be shown. You may also complete on engineering paper but all final answers m... 

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Test Drop Results Provide all numerical calculations to 3 significant digits. Table 5: Test 1 Results Height
of drop Result (no crack, Trial Mass of Platform (g) Mass of Egg (g) (inches) crack, broke) 1 67 sog
break 2 67 g 5 0 g 5 '0" Survived 3 67 g 5 0g 7'0 " miss Table 6: Scores for eac... 

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Egg Drop Challenge Conservation of Energy Practice Worksheet Each student must complete this
sheet individually on engineering paper. Answer all questions with work to shown to justify ALL answers.
Use engineering rounding and notation where appropriate. The minimum height the egg m... 

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4. Estimate the mass of your structure in grams. 5. Based on your estimated mass, what would be the
weight of your structure in Newtons? used pum growand lani le so 6. What is the estimated weight of
your structure in pounds? (1 pound = 4.448 Newtons) 7. The score is calculated by height ... 

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"W Pre_i_ab Worksheet ' d build a platform from straWs and masking ' 'II be challenged to deSIgn
an Challenge: In this lab, you WI . design a structure that is lightweight and capable of You Will work in a
team to tape to catch a fresh egg. absorbing the kinetic energy of the egg. The goal is to g... 

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Egg Drop Challenge At the end ofthis lab a formal report will be turned in by EACH student individually.
The following provides a summary of what is expected. All writing should be in complete sentences. 1.
Pre-Lab Worksheet a. Objective b. Design Restraints c. Individual sketches 2. Final structur... 

hello, I want you to make me a report answering the questions on page 55. it's a egg drop challenge report. i submited the desings that used for the first test and second test. 
 
 
 
 
 
 
 
 
 

4. Estimate the mass of your structure in grams. 5. Based on your estimated mass, what would be the weight of your structure in Newtons? 6. What is the estimated weight of your structure in pounds? (1 pound = 4.448 Newtons) 7. The score is calculated by height of drop (cm) divided mass of platform (g). The height is divided by two if the egg cracks. From what height (cm) would you need to drop your egg to get a score of 6.0 cm/g (assuming egg doesn't crack)? What is this height in inches? (1 inch = 2.54 cm) 8. If your egg were to crack when it lands on your platform and your final score is 5.0 cm/g, from what height (cm) would have had to drop your egg? What is this height in inches? 58