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Lesson Plan   



 
    Lesson Information
     
 
    Objectives
    Assessment
     
   
    Resources
    Materials
    Vocabulary
    Procedures
    Day Plans
    Enrichment Options
     
   
    Teacher Reflection
     



Stage 1
Identify Desired Results


Catchy Title: Breathtaking Bottle Model
Theme/Topic of Lesson: Human Respiratory System
Time Commitment: 60 minutes
Subject Area(s):
    Science - Biological and life sciences
Grade Level(s): Preschool education
Standards Alignment:
Class Challenge Question: How do the parts of the model of the human respiratory system compare to the actual structure of the human respiratory system?

 


Overview:

Fifth grade students will produce a working model of the respiratory system. Students will be able to compare their model to the actual structure of the human respiratory system. Teachers should have a basic understanding of the function and structure of the respiratory system in order to deliver this lesson. The respiratory system inhales and exhales due to pressure from the diaphragm. When the diaphragm moves down, space is increased in the chest cavity causing the lungs to inflate. When the diaphragm moves up, space is decreased in the chest cavity causing the lungs to deflate or exhale. Since the students should also have a basic understanding of the respiratory system in order for this lesson to be successful, this lesson works well as a culminating activity to the study of the respiratory system.



Stage 2
Determine Acceptable Evidence


Learning Objectives:

The Students will:
    • create a working model of the human respiratory system. 
    • compare their model to the actual structure of the respiratory system.

     


Assessment
Students will be informally assessed by teacher observation and dialogue. Students will be expected to be able to verbally compare their model with the human respiratory system and they should be able to state that the model’s parts compare to the human respiratory system as follows: diaphragm (modeled by the sheet of latex or rubber), lung (modeled by the balloon), chest cavity (modeled by the bottle). Teachers may wish to have students write a paragraph that compares the model to the human respiratory system (optional).

 




Stage 3
Plan Learning Experiences


Resources

Other TechnologyComputer with Internet access

Students will need a computer to view the Brain POP Web site.

Internet SitesBrain POP

This movie provides a quick review to the function and structure of the respiratory system.

  http://www.brainpop.com

Materials
Per Student
  • empty one liter plastic bottles

  • ten inch round balloons

  • latex or rubber gloves

  • masking tape

     

  • lined white paper

  • pencil

Not Specified
  • breathtaking bottle model indicators  (View)

Vocabulary
  • diaphragm - The large sheet of muscle that allows the lungs to inhale and exhale.
  • lungs - The organs in which oxygen enters the blood stream.

Procedures
Students will first view a brief video titled, "Respiration," which is found on the Web site Brain POP. Verbally assess students' knowledge of the respiratory system prior to building the model. After viewing this video, student will construct a model of the human respiratory system using plastic bottles, balloons, rubber or latex gloves, and masking tape. Students should be grouped in pairs so that they may assist one another in the actual construction of the model. Students will be able to think, pair, and share with their partner since they will be expected to verbally compare their model to the actual human respiratory system. In conclusion, students draw their model in their notebooks.

 


1: Breathtaking Bottle Model
Daily Challenge Question: How do the parts of the model of the human respiratory system compare to the actual structure of the human respiratory system?
60 minutes
Set-up Directions:

The teacher should have a computer with Internet access. The Brain POP Web site should be bookmarked for easy access: http://www.brainpop.com/health/respiratory/respiratorysystem/index.weml?&tried-cookie=true
An overhead projector with transparency (Milliken Publishing Co., Human Respiratory System) and materials for each student (empty one liter plastic bottle, ten inch round balloon, latex or rubber glove, masking tape) for the lesson should be ready, but not distributed initially. Teacher should arrange for the removal of the bottom of each plastic bottle prior to this lesson.

 



Teacher Presentation & Motivation:

The teacher will explain to the students that they are about to view a very brief video on the human respiratory system. Review the parts of the respiratory system: lungs, diaphragm, chest cavity. Explain to the students that they will be taking notes while viewing the video clip. Tell students that they will then make a model of the respiratory system after viewing the video.



Activity 1 - Respiration Video

Teacher and students should view the Brain POP movie, Respiration, to review the function of the respiratory system. Prior to viewing, teachers should review the parts of the respiratory system: lungs, diaphragm, chest cavity. After viewing the video, begin model construction.


Viewing Activities
What will your students be responsible for while viewing this piece of multi-media or video?
After students click on the video titled Respiration, students may answer the quiz questions which appear while the video is loading. While viewing the video, students should list the parts of the respiration system and their functions on a piece of lined paper. The video may be paused or rewound in order to help students with note taking.

 


Post Viewing Activities
How will students utilize the information they gathered while viewing the multi-media or video?
After the students have viewed the Respiration video, have the students name the parts of the respiration system and their functions based on the notes they took while viewing the video.

 



Activity 2 - Model Construction

The students will construct their working model by following these steps: 1. Place balloon into bottle neck. 2. Secure the neck of the balloon around the rim of the bottle with the balloon hanging inside of the bottle. It should look as if you hope to blow up the balloon inside the bottle. 3. Cut a piece of the latex glove that is big enough to cover the cut end of the bottle when stretched. Secure the latex over the cut end of the bottle as tightly as possible. It should be as tight as a drum head if done correctly. The tighter it is the better the model will work. Students should work cooperatively with one student stretching the latex and another student taping it around the circumference of the bottle. 4. When the model is complete, students should note that if you pull down on the latex the balloon inflates, while pushing up on the latex causes the balloon to deflate. For closure, students should be asked the following questions: In our model, what does the balloon represent? (a lung) What does the bottle represent? (the chest cavity) What does the latex sheet represent? (the diaphragm)



Wrap Up:
Teacher will bring closure by referring back to the class challenge question. Students should list the steps taken to construct the model on notebook paper and they should write a paragraph that compares the parts of the model to the human respiratory system.

 



Enrichment Options
Community Connection
Teacher can contact the American Lung Association to arrange for a speaker to address lung health topics.

 



Cross-Curricular Extensions
Writing – Students can compose an informative paragraph comparing their model with the real respiratory system.

 




Stage 4
Teacher Reflection


As a reflective practitioner, note how this lesson could be adjusted after its initial implementation. How successful were the students? What did the assessment demonstrate about the students’ learning? What skills do the students need to revisit? What instructional strategies worked and what made them successful? What will you change the next time you use this lesson? Why?

 



Author: Howard Eakes
Modified by: Megan E. Wheatley
Program: Maryland Initiative for New Teachers (MINT)
Author's School System: Harford County Public Schools
Author's School: Fountain Green Elementary