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Model of a Green Multiple Window Building Phase 1

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  Document Type: Lesson Plan
  Lesson Plan Type: Inquiry,Green model
  Subject: Mathematics,Science,Arts,Career Technical Education
  Grade Level: 7
  Time: June 15, 2011
  Last Updated: 06-18-2011
     
  Keywords:
     
     
 
Created/Provided by:
Linda Templeton
Sheppard (William) Middle School,
Alum Rock Union School District
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BRIEF DESCRIPTION
 Students will create a scaled blue print of a building with multiple window in Phase 1 of the project, and in Phase 2 they  will create the cardboard model of the building. 
 
PROCEDURES
 
Goal(s):
Students will create a blueprint of a building with multiple windows  (Phase 1)with the maximum amount of lighting using a standard shoebox. The building with be pleasing to the eye, utalizing the most amount of natural and artificial light.  The windows/sky lights can be of any shape or size but the building must have a solid, stable structure.  Students can use various materials on the interior walls to create a sound structure.  This could include popsicle sticks or other beam-like structures to enforce the building.  
 
Specific Objectives:
Phase 1 of the Lesson:
Students will:
1) Use a metric ruler to measure each side of the show box. 2) Draw each side of the show box on the graph paper 
3) Create a ratio if they scale the drawing down to a smaller side (example: 2 to 1 ratio)   4) Use a protractor or compass to create windows that have an eclipse shape. 5) Calculate the area of the walls and windows using w x l and circumference as needed





 
Required Materials:
In Phase 1 of this lesson students will need:
A pencil, large eraser,  1-2 pieces of graph paper (or they must scale the show box indicating it on the blueprint) , ruler, protractor, compass (optional)
 
Anticipatory Set (Lead-in):
 Show students examples of blue prints on the promethean board
 
Lesson Plan Procedure:
1. Measure the showbox (each side) and calculate the area
2. Transfer that information on to the graph paper, including the roof and the floor.
3. Create as many windows on the graphy paper as they can, using the space that they have for each wall, including the roof (but not the floor).
4. Students may slant the roof when they construct the building  to maximize sunlight (natural and artificial).


 
Closure (Reflect Anticipatory Set):
Have a few student share their blueprints from a document reader on to a screen, smart board etc. 
 
Assessments & notes
 
Plan for Independent Practice:
 Students create blueprints by transferring measurements of the shoebox to the graph paper.  If only using one piece of graph paper, students must create a ratio to scale the drawing down to a smaller size
 
Assessment Based on Objectives:
 Project-based assessment which will include both Phase 1 and 2 of the model (blue prints and construction of the showbox building)
 
Possible Connections to Other Subjects:
 Light efficiency of the building trades (science )
 Design (art form using geometric shapes)
 
Adaptations & Extensions:
 Students that have more proficient math skills will be encouraged to scale their drawing for additional points, and for those who are struggling with mathematics need individual guided instruction.  Some students may choose to use as much graph paper needed for accuracy (scaled drawings are optional)
 
Additional Notes:
 Check drawings for accuracy before they begin creating windows for their building model. 
 
 
 
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Title:

Model of a Green Multiple Window Building Phase 1

Grade Level:

7

Subject:

Mathematics,Science,Arts,Career Technical Education

Author:

linda.templeton

Time:

June 15, 2011

Lesson Plan Type:

Inquiry,Green model

Keywords:

absorption, transmission, scattering, reflection, width, length, area, perimeter, scaled drawing, ratio

Brief Description:

 Students will create a scaled blue print of a building with multiple window in Phase 1 of the project, and in Phase 2 they  will create the cardboard model of the building. 

Goal(s):

Students will create a blueprint of a building with multiple windows  (Phase 1)with the maximum amount of lighting using a standard shoebox. The building with be pleasing to the eye, utalizing the most amount of natural and artificial light.  The windows/sky lights can be of any shape or size but the building must have a solid, stable structure.  Students can use various materials on the interior walls to create a sound structure.  This could include popsicle sticks or other beam-like structures to enforce the building.  

Specific Objectives:

Phase 1 of the Lesson:
Students will:
1) Use a metric ruler to measure each side of the show box. 2) Draw each side of the show box on the graph paper 
3) Create a ratio if they scale the drawing down to a smaller side (example: 2 to 1 ratio)   4) Use a protractor or compass to create windows that have an eclipse shape. 5) Calculate the area of the walls and windows using w x l and circumference as needed






Required Materials:

In Phase 1 of this lesson students will need:
A pencil, large eraser,  1-2 pieces of graph paper (or they must scale the show box indicating it on the blueprint) , ruler, protractor, compass (optional)

Anticipatory Set (Lead-in):

 Show students examples of blue prints on the promethean board

Lesson Plan Procedure:

1. Measure the showbox (each side) and calculate the area
2. Transfer that information on to the graph paper, including the roof and the floor.
3. Create as many windows on the graphy paper as they can, using the space that they have for each wall, including the roof (but not the floor).
4. Students may slant the roof when they construct the building  to maximize sunlight (natural and artificial).



Closure (Reflect Anticipatory Set):

Have a few student share their blueprints from a document reader on to a screen, smart board etc. 

Plan for Independent Practice:

 Students create blueprints by transferring measurements of the shoebox to the graph paper.  If only using one piece of graph paper, students must create a ratio to scale the drawing down to a smaller size

Assessment Based on Objectives:

 Project-based assessment which will include both Phase 1 and 2 of the model (blue prints and construction of the showbox building)

Possible Connections to Other Subjects:

 Light efficiency of the building trades (science )
 Design (art form using geometric shapes)

Adaptations and Extensions:

 Students that have more proficient math skills will be encouraged to scale their drawing for additional points, and for those who are struggling with mathematics need individual guided instruction.  Some students may choose to use as much graph paper needed for accuracy (scaled drawings are optional)

Additional Notes:

 Check drawings for accuracy before they begin creating windows for their building model.