Open-and-go lessons that inspire kids to love science. (2024)

Science curriculum for K—5th grades.

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  • Hands-on lead students in the doing of science and engineering.
  • Standards-aligned science lessons Cover core standards in 1-2 hours of science per week.
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NGSS

Energizing Everything

Open-and-go lessons that inspire kids to love science. (3)

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In this unit, students explore energy! Students investigate how energy is stored, how it can make objects move, and how collisions transfer energy between objects. Students also construct chain reaction machines to explore the many different ways that energy can be transferred.

Unit Resources

Assessments

New: for distance learning, assign Google Form versions of lesson and unit assessments. View Google Form assessments

This 3-dimensional summative assessment includes a variety of visual cues and question prompts (multiple-choice, true/false, short answer). It should take 30-40 minutes for a student to complete.

Unit assessment

For your reference, these are all the assessments included at the end of each Mystery from this unit:

Lesson 1 assessment

Lesson 2 assessment

Lesson 4 assessment

Lesson 5 assessment

Pacing Guide

Pacing Guides in Google Sheets

Need Excel versions?

Twist-O-Matic Tester

THIS LESSON WAS REVISED ON APRIL 27, 2019. Here is a link to the previous version.

In this lesson, students learn that we use the energy from food to make our bodies move just like cars use the energy from gasoline to move. In the activity, Twist-o-matic Tester, students build paper models of an amusem*nt park ride called the Twist-o-Matic. The ride stores energy in rubber bands and spins around when the energy is released. Students compare the speed of the spins when they use a thin rubber band versus a thick rubber band.
Number of students:

I have a Mystery Pack

Twist-O-Matic printout
Students working alone will need 2 copies of this template.
Print 30 copies
Twist-O-Matic Challenges worksheet 30 copies
Twist-O-Matic Challenges Answer Key teacher-only resource 1 copy
Crayons

Each student needs two colors that can be easily distinguished from one another, like orange and blue.

Details

60

Hardcover Books

Books must be heavy enough to keep a ruler hanging halfway off a table.

Details

30 books

Rulers 30 rulers
Scissors 30 pairs
Rubber Bands (#16)

Any rubber band that is 1/16" wide.

Details

15 bands

Rubber Bands (#62)

Any rubber band that is 1/4" wide.

Details

15 bands

Small Binder Clips (3/4") 60 clips

Prep Instructions

We suggest students work in pairs. Homeschool students can work on their own, but they will need to make two models so that they can compare and contrast what happens when using the thin versus thick rubber band.

Student pairs will need to set up two Twist-O-Matic models next to each other for easier comparison between the thin and thick rubber bands. Each model takes up the space of about one student desk, so it is easiest if student pairs are sitting next to one another.

Bumper Coasters (Part I)

THIS LESSON WAS REVISED ON JULY 1, 2019. Here is a link to the previous version.

In this lesson, students explore how energy can be stored as height. In the activity, Bumper Coasters (Part I), students build paper roller coasters. Students release marbles down the roller coaster track to understand height energy and energy transfer.
Number of students:

I have a Mystery Pack

Alligator printout Print 8 copies
Bumper Coaster Part I Answer Key teacher-only resource 1 copy
Bumper Coaster Part I Tracks printout Print 8 copies
Collision Experiments worksheet 15 copies
worksheet 30 copies
Box

Any box measuring 20 cm (or 8”) high will work. The most important thing is to have enough space for the track and the students to work. A stack of books will also work. You can even use empty space on the wall to attach the roller coaster, as long as the track sits at 20 cm (8” high).

Details

8 boxes

Pencil 16 pencils
Rulers 8 rulers
Scissors 8 pairs
File Folder Labels (Stickers)

Tape also works. We prefer stickers because they are easier to distribute in a classroom.

Details

16 stickers

Paper Clips 104 clips
Small Marbles 32 marbles

Prep Instructions

NOTE: If you want to make Bumper Coasters with foam tubing, you can view the previous version of this lesson.

This activity works best when students work in groups of 4. Homeschool students can work on their own, but will need to build all four pieces of their roller coaster track.

Each roller coaster extends about 1.2 meters (a little over 4 feet) from the box, stack of books, wall, or other surface that it’s attached to. Each group of students will need this amount of space to work through the activity. If you don’t have enough floor space, a few student desks pushed together with a stack of books on top should work.

Cut enough stickers so that you have two for each group of students that will build a roller coaster. The stickers need to be no wider than 2 centimeters so that they can fit and adhere to the roller coaster track.

If you will be teaching Bumper Coasters Part II (Lesson 3), then you must save the tracks and the alligator that each group makes in this lesson. Each set can be stored as pictured below and measures about 82 cm x 8 cm (32” x 3”). We show you how to deconstruct your bumper coaster in this step.

Open-and-go lessons that inspire kids to love science. (9)

This entire lesson with the activity will take about an hour or slightly more. There are two natural stopping points during the activity ⁠— the first one when students finish building their roller coaster tracks and a second one after they complete their first set of experiments. If you are pressed for time or have a short class period, we recommend splitting this lesson into shorter sessions that might work better for you.

Experimenting with marbles is fun, but it can also be distracting! We recommend waiting to distribute the marbles and worksheets until after students have built all of their roller coaster tracks.

Bumper Jumper

THIS LESSON WAS REVISED ON JUNE 1, 2023. Here is a link to the previous version.

In this lesson, students investigate how energy transfers when objects collide. In the activity, Bumper Jumper, students ask questions and make predictions about how far a marble will launch over a jump after colliding with other objects.
Number of students:

I have a Mystery Pack

Bumper Jumper Game worksheet 15 copies
Bumper Jumper Game with Foil worksheet 15 copies
Collision Track printout Print 15 copies
Landing Zones printout Print 15 copies
Scissors 15 pairs
Scotch Tape 15 pieces
Scrap Paper (8.5 x 11") 15 sheets
Aluminum Foil

each pair needs a 5" x 3" piece to roll into a ball

Details

15 small pieces

Cup (18 oz, Solo) 15 cups
Dixie Cups (3 oz) 30 cups
Pencils w/ Erasers 30 pencils
Sticker Labels (1" x 3")

Tape also works. We prefer stickers because they are easier to distribute in a classroom.

Details

113 stickers

Small Marbles 60 marbles

Prep Instructions

We suggest students work in pairs.

We suggest doing this activity on the floor. If Bumper Jumper is played on a table the marbles may roll far away if they fall off the table.

We suggest building the Bumper Jumper apparatus where it will be used. Moving the apparatus can affect the connections and how marbles travel. If the Bumper Jumper must be moved after assembly, do so carefully.

This entire lesson with the activity will likely take more than an hour. There are two natural stopping points during the activity ⁠— the first one when students finish building their Bumper Jumper apparatus (after step 11) and a second one after they complete their first set of experiments (after step 22). If you are pressed for time or have a short class period, we recommend splitting this lesson into shorter sessions that might work better for you.

We strongly recommend using “regular” size marbles (14 mm).

IMPORTANT: All marbles used by a group must be the same size/weight. If two different size/weight marbles are used, the results of the Bumper Jumper game will be significantly altered.

Count out 5 full-length label stickers for each pair of students. Then cut the rest of the label stickers in half. Each pair of students will need 5 half-length label stickers. If label stickers aren’t sticking well enough, Scotch tape can be used instead.

Take half of the Dixie cups and place 4 marbles into each one. Distribute these during Step 12 of the activity.

Cut or tear aluminum foil into a small (about 5" x 3") piece. Distribute one piece to each pair of students in Step 23 of the activity.

Build a Chain Reaction (Part I)

In this lesson, students construct an explanation of how energy is stored, released, and transferred in chain reactions, such as falling dominoes. In the activity, Build a Chain Reaction (Part I), students are presented with an engineering design challenge to create their own chain reaction machine--a project they will continue in Lesson 5. Students experiment with a “Chain-Reaction Starter Kit.” This kit includes a lever and a ramp, which serve as the first two steps of a chain-reaction machine.

Number of students:

I have a Mystery Pack

Chain-Reaction Starter Kit printout Print 30 copies
Marble Corral printout Print 30 copies
Markers

Must be at least 1/2" in diameter because it will serve as the fulcrum of a lever.

Details

30 markers

Rulers 30 rulers
Scissors 30 pairs
Dixie Cups (3 oz) 30 cups
File Folder Labels (Stickers)

We prefer stickers because they are easier to distribute in a classroom. Or pieces of tape.

Details

90 labels

Paper Clips 30 clips
Paper Cups (8 oz)

Cup cannot be more than 4" tall.

Details

30 cups

Rubber Bands (#32) 30 bands
Small Marbles

1/2" marbles will also work.

Details

30 marbles

Prep Instructions

We suggest students work in pairs. Homeschool students can work on their own, but will need a partner to help with some steps.

We strongly recommend pairing this lesson with Lesson 5, “Can you build a chain reaction machine?” If you plan to do Lesson 5, don’t throw away the ramps that your students build in this lesson. Students will use these ramps when creating their very own chain reaction machine.

Marbles are very fun, but can be very distracting! We suggest waiting to distribute marbles to students until Step 17 of the activity.

Build a Chain Reaction (Part II)

In this lesson, students learn about storing, releasing, and transferring energy. In the activity, Build a Chain Reaction (Part II), students complete the chain-reaction machine they started building in the previous lesson.

Number of students:

I have a Mystery Pack

Chain-Reaction Starter Kit printout Print 30 copies
Pop-Up Sign printout Print 30 copies
Hardcover Books 45 books
Lever from Previous Lesson 15 built levers
Markers 15 markers
Ramp from Previous Lesson 15 built ramps
Scissors 15 pairs
Dixie Cups (3 oz) 15 cups
File Folder Labels (Stickers)

We prefer stickers because they are easier to distribute in a classroom. Or pieces of tape.

Details

60 labels

Index Cards (3x5) 15 cards
Paper Clips (Jumbo)

Double the quantity if using normal-sized paper clips (do not use tiny).

Details

60 clips

Small Marbles

1/2" marbles will also work.

Details

15 marbles

Prep Instructions

We suggest students work in pairs. Homeschool students can work on their own.

To complete this lesson, students will need the ramps and levers they built in the previous lesson.

Students can also add a variety of materials to extend their chain-reaction machines. You can ask them to bring things in, or gather some basic materials to keep in the classroom. See the list below for items we recommend having on hand. Or, for more ideas, watch "Inspiration for Chain Reaction Builders" in Extensions before you start this activity to see some possibilities.

  • Extra printouts of the “Chain-Reaction Starter Kit” handout from the previous lesson (in case students want to make more ramps)
  • Card stock for making custom-built ramps
  • Paper cups to serve as ramp supports
  • Books and boxes to add height
  • Dominoes or objects that will topple like dominoes (dominoes built of LEGO bricks, cassette tapes, paperback books, markers standing on end, etc.)
  • String
  • More stickers
  • Things that roll (empty cans, toy cars, rubber balls, markers lying down, toilet-paper tubes)
  • Unconventional ramps (like empty binders)

Each Chain Reaction Machine will take up several feet. Each student or group of students will need a table or several desks pushed together as a work space.

Marbles are very fun, but can be very distracting! We suggest waiting to distribute marbles to students until Step 14 of the activity.

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Open-and-go lessons that inspire kids to love science. (2024)
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