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# Back to School STEM Challenge: Apple Annihilator

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This back-to-school STEM / STEAM Challenge brings the joy back to your classroom with collaborative, hands-on, brain-busting work (disguised as fun)! Of course, this challenge is also great for any time in the fall when learning about apples and Johnny Appleseed!

It's also a great intro to Newton’s Third Law of Motion, which is part of 3rd and middle school NGSS standards! (3PS2-1, MS-PS2-1, and MS-PS2-2)

The basic premise:
Individually or in partners/groups, students will design and build an apple wrecking ball built for annihilation!
• Students will set up marker “bowling pins” and try to knock down as many as possible using their apple wrecking ball designs.

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Note: This is the printable version. If you are in a 1:1 / paperless classroom, you will want to check out the digital option for use with Google Slides instead.

If you have questions about which version is right for you, please feel free to leave me a question using the product Q&A below.

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Resource includes:

NGSS aligned standards, Grades 2 – 8

Teacher Tips

- Links to STEM Challenge How-To videos
- Materials and timing
- Criteria & Constraints (including modifications to increase difficulty for older students)
- Measuring results
- Post-design extension activities list
- Link to a video walk-through of the challenge

Student Handouts
- Criteria & Constraints List (color and black & white; editable version provided)
- Bowling pin guide sheets to help students set up markers for annihilation and accuracy tests.
- Design Analysis Handouts (2-page regular spacing and 4-page expanded spacing for primary students included) (color and black & white)
Two options provided: Test for annihilation only or annihilation & accuracy
- Discussion Questions (in color and B&W)

Extension templates
- Process Flow Map
- Create Math Problems Based on Designs

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This is one of five challenges available at a 40% discount in the Back-to-School STEM Challenge Bundle

This resource is also available in the STEM CHALLENGE YEAR-ROUND MEGA-BUNDLE at an even greater discount!

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Sample/suggested materials for each student or group:

(Materials you’ll need to do the activity are easily modified. )

– Set of markers (10)
• Markers will be used like bowling pins, so must stand on their own Crayola or broad highlighters work well
– Apple (1)
– Pocket folder with prongs (1)
• File folder or pocket folder without prongs may be substituted
– Small or medium binder clips (1 – 2)
– Unsharpened pencils (4 – 6)
– Tape (24 – 36 in.)
– String or yarn (36 – 48 in.)
– Ruler
– Scissors
– Design analysis handouts (included)
– Marker “bowling pin” handouts (included)
Optional
• Cardboard boxes, tubes, or scraps (helpful in building a support structure and base for the wrecking ball rather than attaching to desk/table)
• Craft sticks
• Pipe cleaners
• Dowels
• Rubber bands

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Benefits of this STEM Design Challenge:

- Focus on critical thinking, problem solving, and application of learning
- Helps students develop growth mindset traits like persistence and resilience
- High levels of student engagement
- The potential to hit upon all NGSS ETS standards depending on the depth and number of iterations you choose to implement in your classroom (modifications included)
- Highly flexible and differentiated for materials, timing, grade levels, and rigor.

Each design iteration should be planned for ~60 min. if you are including data gathering and analysis rather than just building for fun. If you add extension activities, you will need to adjust timing accordingly.

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You might also like these resources:

STEM Challenges & Bundles (grades 2 – 8):

Summer STEM Bundle

Back-to-School STEM Bundle

STEM CHALLENGE YEAR-ROUND MEGA-BUNDLE

Getting Started with STEM Challenges FREEBIE

Card Towers STEM Challenge

Build a Boat STEM Challenge

New Earth City STEM Challenge

Or these great resources:

Photosynthesis: Hands-on Modeling Activity

Analyze and Interpret Data Unit

Speak, Listen & Draw Task Cards

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Please check out the video preview to see the challenge, and don’t hesitate to contact me with any questions!
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Total Pages
33 pages
N/A
Teaching Duration
90 minutes
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