# 1st Semester Honors Physics Midterm Review

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```					1st Semester Honors Physics Midterm Review

Chapters Covered
(Sections)

2   Kinematics in One Dimension
1   Distance and Displacement
2   Speed and Velocity
3   Acceleration
4   Equations of Kinematics for constant Acceleration: Big 5
6   Freefall
7   Graphing Analysis of Velocity and Acceleration

3   Kinematics in Two Dimensions (Vectors)
1 Displacement, Velocity, and Acceleration
3 Projectile Motion
4 Relative Velocity

4   Forces and Newton’s Laws of Motion
1 Concepts of Force and Mass
2 Newton’s First Law of Motion (Inertia)
3&4 Newton’s 2nd Law of Motion (Fnet = ma)
5 Newton’s 3rd Law of Motion (Action-reaction pairs)
6 Types of Forces
8 The Normal Force
9 Static and Kinetic Frictional Forces
10 Tension
11 Equilibrium
12 Non-Equilibrium

6   Work and Energy & Springs
1   Work done by a constant Force
2   The Work-Energy Theorem and Kinetic Energy
3   Gravitational Potential Energy
4   Conservative and Non-Conservative Forces
5   Conservation of Mechanical Energy
6   Non-conservative forces and the Work-Energy Theorem
7   Power

7   Impulse and Momentum
1   Impulse-Momentum Theorem
2   Conservation of Linear Momentum
3   Collisions in 1 dimension
4   Collisions in 2 dimensions
5   Center of Mass

5   Uniform Circular Motion and 4.7 Gravitation
1 Uniform Circular Motion
2   Centripetal Acceleration
3   Centripetal Force
5   Satellites in Circular Orbits
6   Apparent weightlessness and Artificial Gravity
7   Vertical Circular Motion

8   Rotational Kinematics
1   Rotational Motion and Angular Displacement
2   Angular Velocity and Angular Acceleration
3   The equations of Rotational Kinematics (Angular Big 5)
4   Angular variables and Tangential variable
5   Centripetal Acceleration and Tangential Acceleration
6   Rolling Motion

9   Rotational Dynamics
1   The Action of Forces and Torques on rigid objects
2   Rigid Objects in Equilibrium
3   Center of Gravity
4   Newton’s 2nd Law for Rotational Motion about a fixed axis
5   Rotational Work & Energy
6   Angular Momentum and Conservation of Angular Momentum

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