Rockets! Trunk
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Rockets! Trunk Teacher’s Guide & NASA Education Resources ROCKETS! TRUNK Teacher’s Information and Guide Wyoming NASA Space Grant Consortium Mailing Address: Shipping Address: Dept. 3905 Dept. 3905 1000 E University Ave. 16th and Gibbon Laramie, WY 82071 Laramie, WY 82071 307-766-2862 http://wyomingspacegrant.uwyo.edu [email protected] Wyoming NASA Space Grant Consortium Rockets! Trunk Teacher’s Information and Guide Wyoming NASA Space Grant Consortium Mailing Address: Shipping Address: Dept. 3905 Dept. 3905 1000 E University Ave. 16th and Gibbon Laramie, WY 82071 Laramie, WY 82071 307-766-2862 http://wyomingspacegrant.uwyo.edu [email protected] Credits The activities in this kit are taken from the Teach Engineering website at www.teachengineering.org and the NASA Rocket Educator Guide (2008) found on the NASA Educator website at www.nasa.gov/audience/foreducators/topnav/materials/listbytype/Rockets.html. TeachEngineering.org is a collaborative project between faculty, students and teachers associated with five universities and the American Society for Engineering Education, with NSF National Science Digital Library funding. Introduction This kit contains activities, learning goals, educational standards, and assessments designed to teach students, through the use of inquiry, how rockets function by understanding Newton’s Laws. The majority of the activities in this kit are aimed at students in 3-5th grades (however they can be adapted for use with other grade levels). The 2nd orange tab contains activities for higher grade levels, 6 through 8. The last tab contains activities from the Rocket Educator Guide produced by NASA. Curriculum taken from the Teach Engineering website is broken down into curricular units (broad overview of topic), lesson plans within that particular unit, and lesson activities associated with each lesson plan. Each lesson includes a summary, introduction, background and concepts for teacher, pre- and post- assessment, along with lesson extension activities, where to obtain additional information, and ideas for further investigation. Each activity includes a summary of what the students will learn, the materials needed, an experimental procedure, and embedded assessment opportunities. Handouts are provided, which can be copied and distributed to students to help guide them through the activities. Possible modifications have been notated in green and italicized on the Binder Contents page for certain activities. By accessing the Teach Engineering website at www.teachengineering.org you can view the pictures, diagrams and descriptions on the website, as well as access their list of references for more information along with their lesson extension activities. Please assist Wyoming Space Grant Consortium in the upkeep and evaluation of this resource kit. Please inform us right away if you find any missing, broken, or malfunctioning parts (phone: 307-766-2862, e-mail: [email protected]). Before shipping the trunk, please check the inventory (use included inventory sheet) to make sure all materials have been returned. Also, please complete an evaluation form and return it to our mailing address (below). If you have any questions about the materials in the kit, shipping the trunk, or scheduling a trunk, please contact us – Phone: 307-766-2862 E-mail: [email protected] Mailing Address (P.O. Box): Shipping Address (for parcel carriers): Wyoming NASA Space Grant Wyoming NASA Space Grant Dept. of Physics and Astronomy Dept. of Physics and Astronomy Dept. 3905 Dept. 3905 1000 E. University Ave. 16th and Gibbon Laramie, WY 82071 Laramie, WY 82071 Wyoming NASA Space Grant Consortium Rockets! Trunk Evaluation Form Thank you for taking the time to fill out this evaluation form. Your comments will help us better plan future resource trunks. Feel free to use the backside of this sheet or another sheet of paper if you need more room. Please return this form to: Wyoming NASA Space Grant Dept. 3905 1000 E. University Ave Laramie, WY 82071 Date: ____________________________ Grade level(s) taught: ________________________ Name (optional): _______________________________________________________________ School name and address: _______________________________________________________ _______________________________________________________ 1. Which activity did you find most effective? Why? 2. How did you integrate these activities into your curriculum? 3. Which activity did you find the least effective? Why? 4. Was the format of activities easy to follow? 5. Were the curricula and standards helpful? Why or why not? 6. Would you like to see anything added to this trunk? 7. Would you recommend this trunk to other teachers? Why or why not? 8. Any additional comments? Materials Master List: Materials Provided in the Rockets! Trunk Teachers guide NASA Rockets Educator guide Envelope with Inner Planets Envelope with Outer Planets 11 balloon racer cars assorted balloons assorted straws 1 balloon pump 1 roll of fishing line 2 stomp pumps 6 foam rockets 1 pump rocket launcher 1 bike pump 8 rockets 2 rolls cellophane tape 8 film canisters 8 alka seltzer tablets 1 Backyard blaster and instruction sheet 10 safety goggles 1 box of rubber bands 5 scissors clear plastic cups 2 boxes of paper clips (1 large/1 small) 2 masking tape 1 duct tape 5 rulers 1 bag cotton balls Materials to be supplied by educator Paper Card stock, construction paper, cardboard Glue or glue sticks Pencils, colored pencils, markers, or crayons Drawing paper Paper towels Stopwatch or clock Vinegar Baking soda (optional) Sink, tub or bowl to hold water Pitcher (if launching inside) Wyoming NASA Space Grant Please make sure Rockets! Trunk all items are inside before shipping Inventory Sheet Date Inventoried Teachers' Guide NASA Rocket Guide Inner Planets Envelope Outer Planets Envelop Box #1 Pullback cars (6) Wind up toys (6) Jumping spring toys (6) Newton's Cradle (2) Box #2 Balloon racer cars (11) Assorted balloons Assorted straws Balloon pump (1) Fishing line (1) Box #3 Stomp pump (2) Foam rockets (6) Box #4 Pump rocket launcher (1) Rockets (8) Box #5 Safety goggles (10 pairs) Box #6 Film canisters (8) Alks seltzer packets (8) Ziploc Bags Tape (2 rolls) Rubber bands (1 box) Scissors (5) Paper clips (1 box each, small & large) Masking tape (2 rolls) Duct tape (1 roll) Rulers (5) Loose in Box Bike pump (1) Backyard Blaster and Instructions (1) Clear plastic cups Cotton balls (1 bag) ADDITIONAL RESOURCES www.nasa.gov/audience/foreducators/topnav/materials/listbytype/Rockets.html http://spaceplace.nasa.gov/ http://www.nasa.gov/audience/foreducators/index.html http://www.nasa.gov/audience/forkids/kidsclub/flash/ http://www.nasa.gov/audience/foreducators/nasaeclips/index.html http://www.nasa.gov/offices/education/programs/national/core/home/index.html http://www.nasa.gov/audience/foreducators/k-4/learning/F_Educator_Resource_Center_Network.html Binder Contents Introduction Evaluation Form Master Materials List Inventory Sheet Additional Resources The Tabbed Sections in this Binder are: 1. Curricular Unit - Rockets o Unit Summary . Lesson – Keep in Touch: Communications and Satellites • Introduction to the story of Spacewoman Tess, Spaceman Rohan and their daughter Maya 2. Lesson – Newton Gets Me Moving o What is a Rocket? Quiz . Activity: Newton Rocket Car (modify using cars provided in trunk, Box 2) 3. Lesson – Rocket Me into Space o Activity: Strawkets and Control o Activity: Strawkets and Weight o Activity: Strawkets and Thrust 4. Lesson – Blast Off o Activity: Fuel Mystery Dis-Solved! o Activity: Aqua-Thrusters! o Activity: Pop Rockets 5. Lesson – Learn to Build a Rocket in 5 Days or Your Money Back o Activity: Rockets on a Shoestring Budget 6. Lesson – Where Am I: Navigation and Satellites o Conclusion to the story of Spacewoman Tess, Spaceman Rohan and their daughter Maya 7. Curricular Unit – Solar System! o Unit Summary . Lesson – Destination Outer Space • Rocket Worksheet o Activity: Pop Rockets (duplicate lesson from #4 above) o Activity: Rocket Power 8. Higher Grade Lessons o Curricular Unit – Mechanics Mania (Grade 5-7) . Mechanics Mania Pre/Post Test • Lesson – Motion Commotion o Activity: Action-Reaction! Rocket o Curricular Unit – Space (Grade 6-8) . Lesson – Space Travel • Activity: Into Space! 9. NASA Rockets Educator Guide Activities o 3…2…1…Puff! o Newton Car (modify using cars provided in trunk, Box 2) o Rocket Races (modify using cars provided in trunk, Box 2; test different balloon sizes and inflation rates for the car races) o Pop! Rocket Launcher (modify using stomp pumps and/or foam rockets, Box 3) o Pop! Rockets (modify using stomp pumps and/or foam rockets, Box 3) o High-Power Paper Rocket Launcher (already built - pump rocket launcher, Box 4) o High-Power Paper Rockets (modify using included rockets, Box 4) o Advanced High-Power Power Paper Rockets (modify using included rockets, Box 4) o Water Rocket Launcher (already included - Backyard Blaster) o Water Rocket Construction Curricular Unit: Rockets Grade: 4 (3-5) Summary This unit teaches students how and why engineers design satellites to benefit life on Earth as well as allows students an opportunity to explore motion, rockets and rocket motion. Students discover that the motion of all objects including the flight of a rocket and even the movement of a canoe is governed by Newton's three laws of motion. Space exploration is a huge consideration for aerospace engineers, and this unit introduces students to the challenges of getting into space for the purpose of exploration.