This presentation includes forward-looking statements. Actual future conditions (including economic conditions, energy demand, and energy supply) could differ materially due to changes in technology, the development of new supply sources, political events, demographic changes, and other factors discussed herein (and in Item 1 of ExxonMobils latest report on Form 10-K). This material is not to be reproduced without the permission of Exxon Mobil Corporation. Space Suit Challenge

2 The Scenario Discovery Space Shuttle

3 Dr. Harris Spacewalk

4 Extravehicular Activity (EVA)

5 Micrometeoroids

6 The EVA Suit

7 Space Suit Layers

8 Goal & Objectives GOAL: Understand how an objects kinetic energy affects the impact it has upon a surface OBJECTIVES: Make and test a durable space suit sample capable of withstanding the impact of a micrometeoroid Work in a team to generate ideas and strategies

9 Kinetic Energy The amount of energy produced by an object in motion

10 Rules 1.You have 20 minutes to purchase materials and make your space suit sample 2.Must choose at least four different materials 3.All materials must be purchased in full increments 4.You can not fold materials. They must be cut. 5.All swatches must not be smaller than 10 cm X 10 cm nor larger than 15 cm X 15 cm 6.Your finished swatch should have exactly 14 layers 7.You may enclose up to three sides of the swatch 8.You can not spend more than $120 to complete your swatch 9.Fasteners can not be used to reinforce sample materials

11 Sample Materials MaterialPrice/ ItemDetails Copy paper$2 /sheet20 lbs/75gsm weight Card stock$3/sheet110 lb weight Paper plate$5/plateSolo Heavy Duty Compostable Wax paper$7 per 30cmReynolds Cut-Rite Aluminum foil$7 per 30cmReynolds Heavy Duty Styrofoam plate$12/plateHefty Everyday Soak Foam sheet$15/sheet (2 mm thick)Go Create sheets File folder$3/half folder Masking tape$1/m strip, 1 inch wideFastener Duct tape$3/m strip1 inch wideFastener

12 Building Your Sample As a team, spend the first 10 minutes reviewing your sample design. You will have 25 minutes to buy your materials and build the sample.

13 Testing Your Space Suit Sample 1.As instructed by your camp director, place your sample beneath the impact tester. 2.The camp director will send the center punch through the impact tester one time only. 3.Note the number of layers that were punctured (must make a hole or dent in the sample material to be counted) by the center punch and record your results on the score sheet provided. 4.Calculate your score using the score sheet. The team who earns the most points will be declared the winner!

14 Scoring Calculate your score using the scorecard on back. Keep the following in mind when planning your space suit: 1.Each team will begin with 100 points. 2.For every $3.00 remaining in your bank account at the end, your team will earn 1 additional point. 3.For every layer the center punch punctures, you lose 5 points. 4.Up to 5 points will be added to your teams score if the reason you selected each material is included on your planning sheet. 5.Up to 5 bonus points will be added if the reasons included considered other hazards, extreme temperatures. 6.You will lose 10 points if you do not include a reason why you selected each material. The team with the most points will be declared the winner!

15 Lets Get Started!

16 Evaluating Your Design Discuss the strengths and weaknesses of your design. How many layers were penetrated by the impact tester? If an astronaut wore your suit on a spacewalk, would he be adequately protected from micrometeoroids? Did your team create a cost-effective suit? Why or Why not?

17 GREAT JOB!