Rube Goldberg Machine

Rube Goldberg Machine

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ANCHOR PHENOMENON:

OK Go is a rock band from Chicago, Illinois, USA. Not only do they record great music, but they also create really cool music videos! Let's watch their music video for their song, "This Too Shall Pass." While you watch, think about what interesting things you observe!

THINK-PAIR-SHARE:

What do you observe about the machine's movement?

Write your observations in the first column of your "See, Think, Wonder" Chart.

THINK-PAIR-SHARE:

How do you think the machine keeps moving?

Write your explanations in the second column of your "See, Think, Wonder" Chart.

THINK-PAIR-SHARE:

What do you wonder about how the machine keeps moving?

Write your questions in the third column of your "See, Think, Wonder" Chart.

In today's activity, you'll get a drawing of the first 30 seconds of the machine in the music video. You'll use symbols and labels to help you explain how the machine works.

Don't worry if you aren't sure of the right answer yet. You'll have an opportunity to change or add to your drawing throughout the Mysteries in this unit.

We'll walk you through it, step by step.

CONCEPTUAL MODEL:

Models are used by scientists to understand and explain something. A model is revised, or changed, as new information is learned.

There are many types of models, but you just finished creating a conceptual model.

A conceptual model helps scientists explain things that they can't see. After each Mystery, you will add the new things you've learned to your model.

You've completed the Anchor Phenomenon!

Be sure to keep each student's Rube Goldberg model worksheet accessible. They will use it in the Anchor Connection after each lesson.

Teach lesson 1 next: How can a car run without gas?

Featured Reviews

“The kids loved the music video, and are already talking about building their own chain reaction machines today at recess with materials from our classroom...totally unprompted by me. I love that it inspired creativity and curiosity in them.”
“They loved it! It was perfect to start this unit. My students were even picking up some great vocabulary to explain what they thought was happening. Loved it! ”
“Students were so engaged while watching the video, and even more so when they were trying to determine how each piece of the machine was moving. Considering we've already completed one unit from Mystery Science, they know they will be completing lab activities. I'm sure they have no idea what lies ahead in the lab activities for this particular unit, but I also have the same surety they will be pleasantly surprised!”
“This was a perfect phenomena to get the students talking, thinking, and get the excitement moving for our energy and motion unit!”
“The kids were fascinated by the Rube Goldberg machine, as was I. Several of them want to try building their own.”
“The kids LOVED the video. It was great to be able to go back and watch it again. We even watched parts of it in slow motion in order to see what was happening. One of my students even asked how many tries they did before it all worked! I'm so glad this has been added, so they can see the process and know it isn't easy before they have to make their own machine!”
“Love the Rube Goldberg Machine! And the students loved it too. So much to talk about and discuss!”
“What a way to motivate the kids and get them thinking! It was great!”
“I loved the anchoring lesson. It allows the class to go a bit deeper, and the model allows the students to add things to it as they gain knowledge throughout the unit”
“It was great to examine each part - the discussions that arose were terrific.”
“They loved the video! It was so easy to teach!”
“The kids were engaged with the video and were having conversations about cause and effect (transfer of energy).”
“The music video was so engaging. I am eager to be able to have this anchor lesson to make the rest of the lessons tie together.”
“The students had fun watching and wondering how the machine was working and how energy was used up in the time it took for all parts to work!”
“I love the addition on the anchor layer. It will really help to unify the mysteries and build deeper-thinking. Very constructivist in nature. ”
“The kids had some great questions and were inspired to build their own Rube Goldberg. ”
“The students enjoyed seeing something so popular and current. ”
“The best part was watching different Rube Goldberg machines, then building our ouw!”
“This was our second time looking at the video, we wanted to apply the knowledge we gained from the roller coaster lessons to our understanding of how the machine was transferring energy. The students love the video and the music!”
“I love that the kids are connecting back to the model with their learning during each subsequent lesson. ”
“It was great to ground the upcoming knowledge with a potential end of unit goal.”
“Students enjoyed watching the video and then identifying what is happening. I can't wait to see them change their models as they learn more. ”
“The best part was being able to refer back to the Rube Goldberg model and discuss changes or things we learned through the activities. I like the way it ties the unit together.”
“The students really enjoyed analyzing the music video and then making the connections between the machine on the worksheet and from the early parts of the music video.”
“They LOVED watching the video!”
“Students loved watching the music video over and over. They observed some interesting things and had a great first conceptual model. ”
“The video engaged and energized us We watched it several times, discussing what we observed. We completed the worksheet, and will be working toward designing a class rube goldberg machine for our STEM fair. They loved this because it was funny and they could relate to so many parts.”
“The girls were really excited to watch the OkGo video. We ended up watching it about 6 times (so far.) They did seem a little disappointed that we'd need to put it aside today and move on to the "car video" (that's as far as we've gotten in class), but I promised that Rube Goldberg machines would be woven throughout this unit. I think that including these anchor layers is a step in the right direction for teachers like me that use Mystery Science as a huge portion of their science instruction. ”
“Lots of thinking time and video was very engaging. ”
“It was a great way to get them interested and begin to think about questions they have. They really enjoyed the OK Go video. They came up with great questions and are excited to get started.”

Activity Prep

Print Prep
Note: This lesson is part of this unit’s Anchor Layer. If you have the Anchor Layer turned on, we recommend teaching the lessons in this unit in order. The performance task can be completed after the final lesson.

The anchor phenomenon for this unit is an intricate Rube Goldberg machine. Students generate observations and questions about the phenomenon and create an initial conceptual model to explain what is happening.
Preview activity

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Energy Anchor Phenomenon: Rube Goldberg Machine

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