SmartRamps lesson Plans


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Practice for pssa


Lesson 1: Pre-Assessment

30 Minutes
(OPtional)

Lesson Objectives: Students will complete a pre-assessment.

Materials Needed: Pre-assessment (Worksheet - Test)

Introduction: Today students will complete their pre-assessment to show what they know prior to learning with Norilla SmartRamps.

  • Students complete their pre-assessment.


Lesson 2: Exploring Scientific Method with ramps

30-45 minutes

Lesson Objectives:

  • define the steps of the scientific method

  • use the scientific method to carry out an experiment

  • think like and be a scientist.

  • measure using a ruler or a cube

  • collect data.

Materials Needed:

  • 2 felt-covered planks of wood (2 different textures of felt)

  • 2 structurally similar cars

  • Scientific Method Poster and Worksheets (after Lesson)

  • Data Collection Worksheets (after Lesson)

  • Scientific Method videos - Choose 1

    • The Steps of the Scientific Method for Kids - Science for Children: FreeSchool (Grades K-5)

    • The Scientific Method: Steps and Examples (3-5)

    • The Scientific Method (Grades 4-5)

  • Optional Literature

    • How do Scientists Ask Questions by Madeline J. Hayes

    • Mad Margret Experiments with the Scientific Method by Eric Braun

    • What is Science? By Rebecca Kai Dotlich


lesson 3: Using Scientific method to explore forces & motion

30 - 45 mins

Lesson Objectives:

  • Articulate information about what a ramp and why ramps are important

  • Suggest options for increasing the speed of an object on a ramp and evaluating the results

Materials Needed:

  • NoRILLA SmartRamps

  • pre-built cars and objects

  • Optional Literature

    • Roll, Slope, and Slide: A Book About Ramps (Amazing Science: Simple Machines) by Michael Dahl

    • Samantha on a Roll by Linda Ashman

    • Roller Coaster Kid by Mary Ann Rodman


Lesson 4 & 5

Lesson 4: Scientific Method to Explore Effects of Shape, Weight, Potential Energy & Friction

 

Lesson Objectives:

  • Articulate information about what a ramp and why ramps are important

  • Suggest options for increasing the speed of an object on a ramp and evaluating the results

Materials Needed:

  • NoRILLA/Smart Ramps

  • Pre-built objects/cars

  • drawing paper

  • crayons, markers, etc.

  • Building materials such as Legos, paper plates, cardboard, cereal boxes, origami paper, toilet paper rolls, tape etc.

  • Rulers or snap cubes for measurement

Lesson 5: Scientific Method to Explore Effects of Shape, Weight, Potential Energy & Friction

 

Lesson Objectives:

  • (Same as lesson 3)

  • Articulate information about what a ramp and why ramps are important

  • Suggest options for increasing the speed of an object on a ramp and evaluating the results

Materials Needed:

  • NoRILLA/Smart Ramps

  • Pre-built objects/cars

  • drawing paper

  • crayons, markers, etc.

  • Building materials such as Legos, paper plates, cardboard, cereal boxes, origami paper, toilet paper rolls, tape etc.

 

Lesson 6: Using Engineering Design Practice to Build Cars or Objects

30-45 minutes

Lesson Objectives:

  • Interact with the NoRILLA Smart Ramp in COMPETE Mode

  • Identify design options that will increase the speed of an object on a ramp

  • Apply knowledge about objects moving on an inclined surface to predict comparative acceleration

Materials Needed:

  • NoRILLA

  • Cars/Objects


Lesson 7 & 8

Lesson 7: Engineering Design Process to Design, predict, and build cars

40 minute

Lesson Objectives:

  • Articulate information the impact of weight on speed of an object moving on a ramp

  • Apply options for increasing the speed of an object on a ramp

  • Evaluating the results of tests of the impacts of different materials on movement of an object on a ramp

Materials Needed:

  • NoRILLA

  • Building materials such as Lego cars (provided), K’nex, Vex IQ cars, CDs for wheels

  • Cereal boxes

  • Pringles cans

  • Design, Predict and Build Cars worksheet

  • Foam board or cardboard ramp (provided)

Lesson 8: Engineering Design Process to Design, Predict, & Build Cars

40 minute

Lesson Objectives:

  • Articulate information the impact of weight on speed of an object moving on a ramp

  • Apply options for increasing the speed of an object on a ramp

  • Evaluating the results of tests of the impacts of different materials on movement of an object on a ramp


Materials Needed:

  • NoRILLA

  • Building materials such as Lego cars (provided), K’nex, Vex IQ cars, CDs for wheels

  • Cereal boxes

  • Pringles cans

  • Design, Predict and Build Cars worksheet

  • Foam board or cardboard ramp (provided)


lesson 9: Ball Shapes

40 minutes

Lesson Objectives:

  • operate SmartRamps in COMPETE Mode.

  • communicate scientific information.

  • use the scientific method to predict, observe and explain.

  • describe different ways to solve a problem.

  • implement tests of different shaped and textured balls to predict which ones will roll down the ramp faster

  • describe the movement of objects

  • articulate information the impact of weight on speed of an object moving on a ramp

  • apply options for increasing the speed of an object on a ramp

  • evaluating the results of tests of the impacts of different materials on movement of anobject on a ramp


Materials Needed:

  • NoRILLA SmartRamps

  • balls of different shapes and sizes.

  • Optional Reading Book - Bounce by Doreen Cronin and Scott Menchin


Lesson 10: Post-Assessment

30 minutes

(OPTIONAL)

Lesson Objectives: Students will complete a post-assessment.

Materials Needed: Post-assessment (Worksheet - Test)

Introduction: Let students know that they have completed their lessons using NoRILLA SmartRamps. Today they will complete their post-assessment to show what they have learned.

  • Students complete their post-assessment.