Body Systems Exam Thursday, 2/5 - Lessons 1-7
Learning Target
Students will be able to analyze an engineering problem and design a solution that takes into consideration criteria, constraints and trade-offs.
Success Criteria
I am successful when I can...
Design a tower that can withstand an earthquake.
Standards
HS-ETS1-2.
Design a solution to a complex real-world problem by breaking it down into smaller, more manageable problems that can be solved through engineering.
Reminders
This new challenge will last 3 days
Remember, to clean up your workstation, materials, Chromebooks and tools at the end of the period.
Part 1
Warm-Up
Rigid VERSE Flexible
(5 min)
Directions:
Step 1) Turn on your laptops and begin logging in
Step 2) As your computer loads, answer the below question on a piece of paper:
Question: Are buildings more resistant to collapsing in an Earthquake if made with more RIGID or more FLEXIBLE materials.
Part 2
Turkey Earthquake
February 2023
Directions:
1) On a piece of paper, draw the below graphic organizer.
2) Fill out the Know and Want column BEFORE the video.
3) Watch the videos
4) Fill out the Learned column
5) This will be collected Monday
Part 3
Reading
Stiff vs Flexible
Directions:
Step 1) ACTIVELY read the article below.
Step 2) As you read, create SEVEN (7) annotations in a Google document that may help you design a better spaghetti tower.
Part 4
Marshmallows-Spaghetti Skyscraper Challenge
Directions: Each engineering team will build a skyscraper out of spaghetti. (1 box of spaghetti per group). Tape and hot glue can be used
You will test the tower on our earthquake simulator called, "THE SHAKE TABLE".
Your tradeoffs are height verse time.
1) For each inch your tower stands you earn a point(1).
2) For each second your tower stands on the shake table without collapsing, you will earn a point(1).
Team with the most points wins the challenge
🌟Each Tower must fit on the plastic lab tray🌟
Part 5
Exit Ticket