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.
WORKSHEETS
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.