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1. Compare and contrast science and engineering. 2. Take your water still back to a lab station. Have Ms. Bynum check your design. Measure the amount of freshwater you extracted using a graduated cylinder and deliver to Mrs. Moberly or Ms. Bynum. On your warm-up sheet answer: What worked about your design? What didn’t? How could you improve your design?

1. Compare and contrast science and engineering. 2. Take

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Page 1: 1. Compare and contrast science and engineering. 2. Take

1. Compare and contrast science and engineering.

2. Take your water still back to a lab station. Have Ms. Bynum check your design. Measure the amount of freshwater you extracted using a graduated cylinder and deliver to Mrs. Moberly or Ms. Bynum. On your warm-up sheet answer:

• What worked about your design? What didn’t?

• How could you improve your design?

Page 2: 1. Compare and contrast science and engineering. 2. Take

• Hopefully your design was effective! The winners will be announced at the end of class.

Engineering Challenge

Page 3: 1. Compare and contrast science and engineering. 2. Take

Engineering Challenge

Page 4: 1. Compare and contrast science and engineering. 2. Take

Engineering Challenge

Page 5: 1. Compare and contrast science and engineering. 2. Take

• Water scarcity is a real problem

• Real engineers are working on solutions… BUT REMEMBER: solutions are limited by society. Many places with water shortages have economic or geographic limitations.

https://www.gatesnotes.com/Development/Omniprocessor-From-Poop-to-Potable

Engineering Challenge

Page 6: 1. Compare and contrast science and engineering. 2. Take

Identify the following slides as biotic or abiotic

Page 7: 1. Compare and contrast science and engineering. 2. Take

Biotic or abiotic?

Page 8: 1. Compare and contrast science and engineering. 2. Take

Biotic or abiotic?

Page 9: 1. Compare and contrast science and engineering. 2. Take

Biotic or abiotic?

Page 10: 1. Compare and contrast science and engineering. 2. Take

Biotic or abiotic?

Page 11: 1. Compare and contrast science and engineering. 2. Take

Biotic or abiotic?

Page 12: 1. Compare and contrast science and engineering. 2. Take

Biotic or abiotic?

Page 13: 1. Compare and contrast science and engineering. 2. Take

Biotic or abiotic?

Page 14: 1. Compare and contrast science and engineering. 2. Take

Biotic or abiotic?

Page 15: 1. Compare and contrast science and engineering. 2. Take

• Brainstorm alone for 30 seconds

What are some characteristics that all living things share?

Page 16: 1. Compare and contrast science and engineering. 2. Take

• Discuss in groups

What are some characteristics that all living things share?

Page 17: 1. Compare and contrast science and engineering. 2. Take

What are some characteristics that all living things share?

Page 18: 1. Compare and contrast science and engineering. 2. Take

Characteristics of Life - Cells

Page 19: 1. Compare and contrast science and engineering. 2. Take

Characteristics of Life - Metabolism

Page 20: 1. Compare and contrast science and engineering. 2. Take

Characteristics of Life –Response to Stimuli

Page 21: 1. Compare and contrast science and engineering. 2. Take

Characteristics of Life –Homeostasis

Page 22: 1. Compare and contrast science and engineering. 2. Take

Characteristics of Life –Reproduction

Page 23: 1. Compare and contrast science and engineering. 2. Take

Characteristics of Life –Change Over Time

Page 24: 1. Compare and contrast science and engineering. 2. Take

Characteristics of Life –Genetic Material

Page 25: 1. Compare and contrast science and engineering. 2. Take

Characteristics of Life –Evolution

Page 26: 1. Compare and contrast science and engineering. 2. Take

Candle – Is it alive?

Page 27: 1. Compare and contrast science and engineering. 2. Take

Life must do all of these things INDEPENDENTLY.

Page 28: 1. Compare and contrast science and engineering. 2. Take

Tape the “Characteristics of Life” onto page 9.

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• And the winner is…

Engineering Challenge