Science » Juniors

Juniors

This course is designed for those students who have completed 10th grade Introductory or Basic Chemistry and are enrolled in Algebra II. We cover most topics required for high school Physics at a somewhat slower pace. The course includes labs and demonstrations.

Topics include:

  • Mathematical methods
  • vectors
  • equilibrium
  • Newton's Laws
  • work
  • energy
  • power
  • simple machines
  • impulse and momentum
  • angular motion
  • simple harmonic motion and springs

 

    • thermal expansion
    • kinetic theory
    • waves
    • sound
    • electricity & magnetism
    • light
    • lenses
    • dispersion of light
    • relativity
    • quantum mechanics
    • fluids

 

Basic Physics
 

This course is designed for those students who have completed 10th grade Chemistry and are enrolled in Algebra II. We cover all of the topics included in Honors Physics except that this course is Algebra-driven. The course includes labs and demonstrations. Topics include:

  • Mathematical methods
  • vectors
  • equilibrium
  • Newton's Laws
  • work
  • energy
  • power
  • simple machines
  • impulse and momentum
  • angular motion
  • simple harmonic motion and springs
  • fluids
  • thermal expansion

 

  • kinetic theory & thermodynamics
  • waves
  • sound
  • electricity & magnetism
  • light
  • lenses
  • optical instruments
  • interference and diffraction of light
  • relativity
  • quantum mechanics
  • nuclear physics
  • spectroscopy
Honors Physics

 

This course is designed for those students who are enrolled in Pre-Calculus/Calculus and is therefore calculus driven.  The course includes labs and demonstrations.  We typically cover topics on a university level and generally end the year with a guided tour of the Rutgers University chemical and physics labs.  Topics include:

    • Mathematical methods
    • vectors
    • equilibrium
    • Newton's Laws
    • work
    • energy
    • power
    • simple machines
    • impulse and momentum
    • angular motion
    • simple harmonic motion and springs
    • fluids

 

  • thermal expansion
  • kinetic theory & thermodynamics
  • waves
  • sound
  • electricity & magnetism
  • light
  • lenses
  • optical instruments
  • interference and diffraction of light
  • relativity
  • quantum mechanics
  • nuclear physics