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Engineering Assessment

Total questions: 7

Worksheet time: 21mins

Name
Class
Date
1.

What problems are we trying to solve in this project?

a)

How to design a structure that stays standing during seismic activity

b)

How to apply engineering concepts to real-world problems in Chile

c)

How to build a tall and stable model using only basic materials

d)

How to predict when earthquakes will happen in Chile

2.

What are the constraints in this tower-building challenge?

(Select one or more correct answers)

a)

We are limited to using only wooden skewers and Styrofoam

b)

The structure must demonstrate resistance to movement or shaking

c)

The tower must be built on actual earthquake-damaged soil

d)

The design must be efficient with unlimited materials

3.

What is the purpose of the brainstorming phase in this tower-building project?

(Select one correct answer)

a)
  • To explore different design ideas and decide how to use materials effectively

b)

To test the strength of the tower under shaking conditions

c)

To gather wood and Styrofoam from different sources

d)

To calculate the final height of the tower before building

4.

What are important actions to take during the "Design Your Tower" phase?

(Select all that apply)

a)

Sketch out your tower design before building

b)

Decide how to connect the skewers and Styrofoam

c)

Start building immediately without a plan

d)

Choose materials other than skewers and Styrofoam for a better design

5.

What are important actions during the "Build your prototype" phase of the project?

(Select all that apply)

a)

Follow the design plan carefully when building the tower

b)

Make sure each part of the structure is stable and well-connected

c)

Change the design constantly while building, without testing

d)

Focus only on making the tower look good, not on stability

6.

Test: What should you focus on when testing your tower?

(Select all that apply)

a)

Check if the tower can stay upright without tipping

b)

Observe how the tower responds to simulated shaking or movement

c)

Add decorations to make the tower more visually appealing

d)

Measure how fast the tower falls when pushed over

7.

Improve: What are good strategies for improving your tower design?

(Select all that apply)

a)

Strengthen weak connections or joints identified during testing

b)

Adjust your design to lower the center of gravity for more stability

c)

Use feedback from testing to guide structural changes

d)

Ignore small issues as long as the tower doesn't fall immediately