Lesson Plan

Double Bubble Science

Objectives

In this lesson, students will understand how to use the scientific method to find answers to questions. Students will:

  • understand how an inventor uses a question to solve a problem.
  • investigate how to make bubbles with household items.
  • identify different steps of the scientific method that help solve a problem.

Essential Questions

Vocabulary

  • Invention: To think of and make something that has never been made before by anyone.
  • Inventor: One who invents.
  • Observation: The act or an instance of perceiving the environment through one of the senses.
  • Investigate: To look at closely so as to get information and learn the facts.
  • Scientific Method: The process by which scientists try to construct an accurate representation of the world.

Duration

40-60 minutes/1–2 class periods

Prerequisite Skills

Prerequisite Skills haven't been entered into the lesson plan.

Materials

o   slotted spoon

o   a polystyrene cup

o   pipe cleaners

o   straws

o   string

o   berry baskets

o   clean fly swatter

o   plastic rings from six packs of soda

  • Bubble Gum, Bubble Gum by Lisa Wheeler. Little, Brown Books for Young Readers, 2004.
  • Bubble, Bubble by Mercer Mayer. School Specialty Publishing, 2003.

Related Unit and Lesson Plans

Related Materials & Resources

The possible inclusion of commercial websites below is not an implied endorsement of their products, which are not free, and are not required for this lesson plan.

o   slotted spoon

o   a polystyrene cup

o   pipe cleaners

o   straws

o   string

o   berry baskets

o   clean fly swatter

o   plastic rings from six packs of soda

  • Bubble Gum, Bubble Gum by Lisa Wheeler. Little, Brown Books for Young Readers, 2004.
  • Bubble, Bubble by Mercer Mayer. School Specialty Publishing, 2003.

Formative Assessment

  • View
    • Listen for understanding as students discuss and problem solve when exploring with bubbles.
    • Assess students’ understanding of the scientific method as they retell the steps in the invention of bubble gum.

Suggested Instructional Supports

  • View
    Scaffolding, Active Engagement, Modeling, Explicit Instruction
    W:  In this lesson students are provided the opportunity to practice using the scientific method by engaging in bubble activities.
    H:  Students are engaged in the lesson by listening to a read-aloud story that tells how animals try to solve a problem. They participate in a class discussion about how the animals solved a problem by following different steps.
    E:  Students are guided through the use of the scientific method by reviewing the steps, understanding how the scientific method is used by scientists, and finally by conducting an investigation with bubbles.
    R:  Students share their ideas and questions in class discussions; this provides an opportunity to ask guided questions to help students understand the importance of following the scientific method when conducting an investigation.
    E:  Group discussions and investigations help students to see the purpose of asking questions and conducting investigations to find answers. Each student should be able to demonstrate knowledge of the steps in the scientific method when conducting an investigation.
    T:  In this lesson, students experience a variety of activities which appeal to various learning styles, along with the Extension activities that provide additional differentiated instruction. Children’s literature gives students additional learning practice with the scientific method.
    O:  This lesson is organized and sequenced to provide students with the opportunity to develop an understanding of how famous scientists of Pennsylvania, as well as other scientists, use specific steps when conducting an investigation.

Instructional Procedures

  • View

    Begin this lesson by reviewing the steps scientists use when they conduct investigations. Remind students that it is important that their investigations try to answer a question. Place the footsteps (S-K2-13-1_Scientific Method Steps.doc) on the board one at a time.

    Double Bubble

    Read the story Bubble Gum, Bubble Gum by Lisa Wheeler, a rhyming story about a toad that gets stuck to gum found in the road. As the story continues, other animals stick to the gum and a truck is coming. After reading this story, ask students the following questions

    • “Was there a problem in this story?”
    • “Did the animals solve the problem?”
    • “Did the animals do an investigation?”

    “They solved the problem but may not have conducted a science investigation.” Ask students if they ever had a problem and see if they discovered a solution. Have students share with a peer and then continue the discussion with the whole class. “Let’s see if we can ask a question, conduct an investigation, and find an answer or solution.”

    The Story of Bubble Gum

    Tell students they are going to listen to a short story about another scientist. “This scientist also lived in Pennsylvania. His name was Walter Diemer. Listen as I read a story about him:”

    Walter Diemer was not a scientist in the beginning. He worked in an office as an accountant in a chewing gum company. Chewing gum, when it was first made, was very sticky and no one ever blew a bubble with chewing gum. Walter liked to invent things. He liked to make things work better for people. One day he was trying to solve a problem. His chewing gum was so sticky he wanted to come up with a recipe for gum that wasn’t sticky. He came up with a recipe and it wasn’t sticky, but he noticed something else about it. It would stretch and had bubbles in it. He took a piece of the new gum and chewed it. He tried to blow a bubble and he did. He blew more bubbles. Soon he took his new invention and showed it to others. He taught them how to blow bubbles. More and more people and children wanted the new bubble gum. Soon Walter was not working as an accountant and everyone was buying Double Bubble Chewing Gum. Walter had a question, planned a way to solve it, conducted investigations, and found a solution. Sometimes when scientists are conducting investigations they find new answers or different answers. That is how we get new things: they are invented.

    Source: http://www.ideafinder.com/history/inventions/bubblegum.htm

    An Investigation

    After reading the story, tell students they are going to use the steps, or the scientific method, to conduct an investigation. Ask students “How many of you have blown bubbles? How did you do that?” Students may tell how they have used bubble solution to blow bubbles.

    Read Bubble, Bubble by Mercer Mayer. The illustrations show animals created by the bubbles that a little boy is blowing. Hold up a bottle of bubble solution or make your own bubble solution (S-K2-13-2_Bubble Making Recipe.doc). “I have this bubble solution, but I don’t have anything to make my bubbles. Do you think we could do an investigation to see if we could make bubbles using some different things? What do you think we could use?” Show students a slotted spoon, a polystyrene cup, pipe cleaners, straws, string, berry baskets, a clean fly swatter, and plastic rings from a six pack of soda. “Look at these things; I wonder if we can make bubbles using them.”

    Tell students that they will be placed into groups of four, and each group will have a chance to investigate how each tool makes bubbles. Chart on paper or board the steps for investigating to remind students of the steps.

    • Organize students into groups of four (group size may be modified depending on materials).
    • Organize tools so one of each item is available per group.
    • Pour a fraction of the bubble recipe into smaller containers for each group.
    • Take students outside and have them conduct an investigation.
    • Allow groups time to try out each tool and come up with ways they could change the tool to make it work better for the task.

    Let students explore using these objects. After awhile give students some direction on how they might use these objects:

    • Bend pipe cleaners into shapes.
    • Thread the string through two straws; then tie the string at the ends. The straws become handles.
    • Cut a large hole in the bottom of the polystyrene cup and have students dip this end in the bubble solution.

    Give students time to explore using the different tools. Ask questions throughout to have students think about the scientific process.

    After students have returned to the classroom, review the steps of the scientific method and ask: “What steps did we use when we conducted our investigation? How was our investigation like the investigation of Walter Diemer (the inventor of bubble gum)? Did we have a question? Did we have a plan? Did we conduct an investigation? Did we find the answer to our question?”


    Extension:

    • Students who might be going beyond the standards can find other materials that can be used as a bubble wand.
    • Students who might be going beyond the standards can create and compare different solutions to determine the best bubble solution.
    • Students who need additional opportunities for learning can state a question about something they observed and plan how to answer the question.

Related Instructional Videos

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Instructional videos haven't been assigned to the lesson plan.
DRAFT 04/19/2011
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