weekofoct72013b3

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    Performance

    Sandard or Skill

    Addressed:

    Objectives:

    Description of

    student centered

    activity:erent at on

    using Learning

    Styles: By

    Content, ByProcess or BType of Assessment

    Used:

    AIM:

    Objectives:

    Description of

    student centeredactivity:Di erentiation

    using Learning

    Styles: By

    Content, By

    Process or BType of Assessment

    Used:

    AIM:

    Objectives:

    Description of

    student centered

    activity:

    Tuesday

    Monday

    Thursday

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    erent at on

    using Learning

    Styles: By

    Content, By

    Process or BType of Assessment

    Used:

    AIM:

    Objectives:

    Description of

    student centered

    activity:erent at on

    using Learning

    Styles: By

    Content, ByProcess or BType of Assessment

    Used:

    *Note might have to switch Thursday and Frid

    Friday

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    HS-ETS1-3. Evaluate a solution to a complex real-world problem based on prioritized criteria and trade-

    offs that account for a range of constraints, including cost, safety, reliability, and aesthetics as well as

    possible social, cultural, and environmental impacts.Stu ents w

    Build a quantitative model

    Make qualitative and quantitative predictions about the relationship between variables

    Test quantitative predictions about the relationships between variables.

    This lesson plan includes strategies that build new information of physics related to linear mathematical

    modeling on students' prior knowledge. The lesson length is 85 minutes or 1 block.

    By Learning Style: Visual (Webquest); Kinesthetic (Simulation); Logical/Mathematical (calcuations from

    lab); Lingustic (Analysis Questions)Exit Slip: Headlines: The most important concept form today's class was _____________ because

    ________. It is related to ________

    Students will use the 3-2-1 protocol to review topics including metric conversions, the equation of motion

    of a pendulum, solving for an unknown in an algebraic equation to investigate the linear equation of

    motion of a bungee jumper using a line of best fit by the end of todays lesson.

    Students will present their understanding of the metric system to a heterogenous group of students by the

    end of the lesson

    Barbie bungee jump lab. Students will create an equation of a best fit line by starting with data t of averagedrop distance vs number of rubber bands.

    By Process: 1-2-4 protocol. Students work individually on the Practice UC, then work with pairs to evaluate

    and edit each other's work, then work in teams of four to chose the most correct solution. Each team will

    present a solution to either a different cluster of students or to the instructor. Teacher will use questioning

    to make student thought process visible.

    Informal Assessment. Student Interview.

    Students will demonstrate understanding by creating a mini poster showing an understanding with a level

    of competent or higher by the end of the unit.Students will present their understanding of the Physics of bungee jumping to a heterogenous group of

    students by the end of the lesson. Students will compete in teams to create the safest most thrilling bungee

    Mini Poster; Webquest, Bungee Jump Competition.

    Snapshot Planning Template

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    Visual learners- Scale Models; Linguistic (Word Problems); Mathematical/logical (challenge questions)

    Students generate a webquest for students in intro to Physics to complete.

    Students will perform a lab task individually including curve fitting and predicting the behavior of a

    nonlinear system.Students will collect, organize, display, and interpret data abou designing a bungee jump ride for the Evil

    Knivel Company.

    Student Lab Practical. Students will show quantitative predictions of bungee length given an average drop

    distance and vice versa.

    Visual (Simulation); Verbal (Oral Exam) Logical (Calculation of Bungee Jump Length) Lingusitic(Comparing calculated value to math model)

    Formal: Individual Performance test

    ay to Friday and Monday because of Mandatory TCIP Meeting

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    Pens/Pencils Notebook

    Pens/Pencils Notebook

    Materials Needed:

    Barbie Bungee Jump Lab

    Zunal Webquest Maker

    Barbie Bungee Jump Lab

    Materials Needed:

    Barbie Bungee Jump Lab

    Promethean Board

    Promethean Board

    Materials Needed:

    Barbie, tape, Meter Stick,

    Calcuators, Flip cam

    Barbie, tape, Meter Stick,

    Calcuators, Flip cam

    Pens/Pencils Notebook/

    Poster Paper/ Markers

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    Promethean Board

    Barbie Bungee Jump Lab

    Materials Needed:

    Computer

    Promethean Board

    Barbie, tape, Meter Stick,

    Calcuators, Flip cam

    Barbie, tape, Meter Stick,Calcuators, Flip cam