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Laabri

FM EI: 7a (11/10) Version B

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Last updated about 3 years ago
9 Nsɛmmisa

Objective: SWBAT to determine the success of egg drop models using engineering criteria and design analysis.

Do Now:

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Guided Notes:

Drops and Evaluations:

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Practice:

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Exit Ticket:

2
Asemmisa {{asɛmmisaAhyɛnsode}}
1.

What is one limiting factor that you cannot control that might limit your pods success?

"One factor that I could not contorl in my egg drop was .. "

Determining success:

- A successful Egg Drop Project protects the egg so it does not break

- Although some egg drop designs might collapse on the first drop, the best designs will protect the egg and will need minimal repairs if dropped again.

Feedback and analysis:

- Was the egg drop successful or unsuccessful?

- What caused the pod to be successful or unsuccessful?

Evaluations:

- Everyone needs to complete an evaluation form for each team.

- Your group cannot drop unless all group members evaluations have been completed!

- Evaluations will be collected at the end of class.

Asemmisa {{asɛmmisaAhyɛnsode}}
2.

Drop 1

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3.

Drop 2

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4.

Drop 3

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5.

Drop 4

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6.

Drop 5

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7.

How many successful pods were there? __________

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8.

Write the mass of the pods in order from smallest to largest in the space below. Then identify the relationship between size and success of the pod.

  1. Successful - S

  2. Not successful- NS

Asemmisa {{asɛmmisaAhyɛnsode}}
9.

Is there a relationship between the pod’s mass/size and rate of success? What do you expect the relationship to be?

CFS:

  • Student identifies the most correct relationship between the IV (mass/velocity) and DV (force)

  • Accurately identifies the strongest sources of evidence from the experimental data

"I notice that there was a relationship between mass/size and success. The (bigger/smaller) the pod the (more/less) likely the pod was to succeed."