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Wadness Physics
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Honors Physics
Unit 1: Units, Displacement, & Velocity
Unit 2: Velocity and Acceleration
Unit 3: Vectors
Unit 4: Relative Motion
Unit 5: Motion and Newton's First and Second Law
Unit 6: Newton's Third Law & Normal Forces
Unit 7: Applications of Newton's Laws
Unit 8: Universal Gravity
Unit 9: Impulse and Momentum
Unit 10: Work, Energy, & Power
Unit 11: Electrostatics
Unit 12: Electrical Energy and Circuits
Unit 13: Electricity Creating Magnetism
Unit 14: Magnetism Creating Electricity
Unit 15: Waves and Sound
Unit 16: Waves in 2-D and Light
Science Project Proposal
Honors Midterm
Science Project Follow Through
Introduction to Physics
Unit 16: Post MCAS-Particle Physics
Intro Science Project
AP Physics
Unit 1: One Dimensional Motion
Unit 2: Derivatives and Two Dimensional Motion
Unit 3: Conceptually Tackling Newton's Laws
Unit 4: Applications of Newton's Laws-I
Unit 5: Applications of Newton-II
Unit 6: Work-Energy
Unit 7: Impulse-Momentum
Unit 8: Rotational Dynamics and SHM
Unit 9: Coulomb's Law and the Electric Field
Unit 10: Electrical Energy and Capacitors
Unit 11: Circuits
Unit 12: Magnetism
Unit 13: Electromagnetic Induction
Unit 14: Post AP Test-Special Relativity
Relativity HW Solutions
Science Project
AP Review Assignment
Science Literacy
Science Outreach Programs
Masterclass
BAMC
CMS Masterclass
Wadness Physics
Home
Honors Physics
Unit 1: Units, Displacement, & Velocity
Unit 2: Velocity and Acceleration
Unit 3: Vectors
Unit 4: Relative Motion
Unit 5: Motion and Newton's First and Second Law
Unit 6: Newton's Third Law & Normal Forces
Unit 7: Applications of Newton's Laws
Unit 8: Universal Gravity
Unit 9: Impulse and Momentum
Unit 10: Work, Energy, & Power
Unit 11: Electrostatics
Unit 12: Electrical Energy and Circuits
Unit 13: Electricity Creating Magnetism
Unit 14: Magnetism Creating Electricity
Unit 15: Waves and Sound
Unit 16: Waves in 2-D and Light
Science Project Proposal
Honors Midterm
Science Project Follow Through
Introduction to Physics
Unit 16: Post MCAS-Particle Physics
Intro Science Project
AP Physics
Unit 1: One Dimensional Motion
Unit 2: Derivatives and Two Dimensional Motion
Unit 3: Conceptually Tackling Newton's Laws
Unit 4: Applications of Newton's Laws-I
Unit 5: Applications of Newton-II
Unit 6: Work-Energy
Unit 7: Impulse-Momentum
Unit 8: Rotational Dynamics and SHM
Unit 9: Coulomb's Law and the Electric Field
Unit 10: Electrical Energy and Capacitors
Unit 11: Circuits
Unit 12: Magnetism
Unit 13: Electromagnetic Induction
Unit 14: Post AP Test-Special Relativity
Relativity HW Solutions
Science Project
AP Review Assignment
Science Literacy
Science Outreach Programs
Masterclass
BAMC
CMS Masterclass
More
Home
Honors Physics
Unit 1: Units, Displacement, & Velocity
Unit 2: Velocity and Acceleration
Unit 3: Vectors
Unit 4: Relative Motion
Unit 5: Motion and Newton's First and Second Law
Unit 6: Newton's Third Law & Normal Forces
Unit 7: Applications of Newton's Laws
Unit 8: Universal Gravity
Unit 9: Impulse and Momentum
Unit 10: Work, Energy, & Power
Unit 11: Electrostatics
Unit 12: Electrical Energy and Circuits
Unit 13: Electricity Creating Magnetism
Unit 14: Magnetism Creating Electricity
Unit 15: Waves and Sound
Unit 16: Waves in 2-D and Light
Science Project Proposal
Honors Midterm
Science Project Follow Through
Introduction to Physics
Unit 16: Post MCAS-Particle Physics
Intro Science Project
AP Physics
Unit 1: One Dimensional Motion
Unit 2: Derivatives and Two Dimensional Motion
Unit 3: Conceptually Tackling Newton's Laws
Unit 4: Applications of Newton's Laws-I
Unit 5: Applications of Newton-II
Unit 6: Work-Energy
Unit 7: Impulse-Momentum
Unit 8: Rotational Dynamics and SHM
Unit 9: Coulomb's Law and the Electric Field
Unit 10: Electrical Energy and Capacitors
Unit 11: Circuits
Unit 12: Magnetism
Unit 13: Electromagnetic Induction
Unit 14: Post AP Test-Special Relativity
Relativity HW Solutions
Science Project
AP Review Assignment
Science Literacy
Science Outreach Programs
Masterclass
BAMC
CMS Masterclass
Unit 1: One Dimensional Motion
Expectations
Understand how to use the factor label method for unit conversions
Understand the terms Displacement, Velocity, and Acceleration
Understand the difference between positive and negative values for displacement, velocity, and acceleration
Understand how the distance traveled in each interval of time is affected when there is an acceleration
Understand the relative directions of velocity and acceleration when an objects speeds up or slows down
Understand how to construct and interpret distance vs. time and velocity vs. time graphs
Understand how to determine velocity from and distance vs. time graph
Understand how to determine acceleration from a velocity vs. time graph
Understand how to determine displacement from a velocity vs. time graph
Understand the derivation and the use of the kinematic equations for constant velocity and for constant acceleration
Understand how to solve kinematic problems both graphically and algebraically
Understand the acceleration due to gravity for free-fall
Review Sheet
AP 1 d motion rs.pdf
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