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Vocabulary
Newton’s Third Lawsolutionproblemmotioncolliding objectsinvestigationevidenceobjectforcesmassdatastrengthelectric forcesmagnetic forcesargumentevidenceclaimgravitational interactionsmassesexperimental designfields
Skills
  • apply (Newton’s Third Law to design solutions to problems involving motion) #dok3
  • plan (an investigation to provide evidence about motion, forces, and mass) #dok3
  • ask (questions about data to determine factors affecting electric and magnetic force strength) #dok2
  • construct (arguments from evidence supporting claims about gravitational interactions and mass dependence) #dok3
  • conduct (investigations to provide evidence for the existence of fields) #dok3
  • evaluate (experimental design related to invisible forces between non-contact objects) #dok4
Learning Targets
  • I can identify Newton’s Third Law and explain its basic principle. #dok1
  • I can describe how the mass and the sum of forces affect the motion of an object. #dok2
  • I can apply Newton’s Third Law to design a solution to a problem involving the motion of two colliding objects. #dok3
  • I can plan an investigation to gather evidence about how force and mass affect motion. #dok3
  • I can ask questions about data to determine what factors affect the strength of electric and magnetic forces. #dok2
  • I can construct and support arguments with evidence about how gravitational interactions depend on mass. #dok3
  • I can conduct and evaluate investigations to show that fields can exist between objects even when they are not in contact. #dok4
Big Ideas
  • Forces and motion are closely related, and the interactions between objects can be described using scientific laws such as Newton's Third Law.
  • Invisible forces, such as electric, magnetic, and gravitational fields, can be investigated and explained using evidence and scientific reasoning.
Essential Questions
  • How does Newton’s Third Law explain the motion of colliding objects?
  • What evidence can be gathered to show how mass and force affect motion?
  • Which factors determine the strength of electric and magnetic forces between objects?
  • How do gravitational interactions depend on the masses of objects involved?
  • What evidence shows that fields exist even when objects are not in contact?