PHYS 1710: Mechanics

"Physics for Scientists and Engineers," Serway, Saunders, 4th Edition, Updated 1996

Chapter 1: Physics & Measurement

1.1 1.3 1.X

1A10.20 1A10.70 1A60.10

Basic Units Basic Units Scaling

Standards of Mass Density Rods "Powers of Ten" Video

Chapter 2: Motion in 1-Dimension

2.X 2.5

1C10.20 1C20.10

Velocity Uniform Acceleration

PASCO Dynamics Cart - Sc Wksp Motion Study Penny and Feather

Chapter 3: Vectors

3.1

1A30.10

Coordinate Systems

XYZ Axes (Vector Rods)

Chapter 4: Motion in 2-Dimensions

4.3 4.3 4.3

1D60.10 1D60.20 1D60.30

Projectile Motion Projectile Motion Projectile Motion

Howitzer and Tunnel Simultaneous Fall Shoot the Monkey

Chapter 5: The Laws of Motion

5.2 5.2 5.6 5.7 5.8 5.8 5.8

1F20.30 1F30.10 1H10.30 1G10.40 1K20.30 1K20.15 1K20.20

Inertia of Rest Inertia of Motion Action and Reaction Force, Mass & Acceleration Friction Friction Friction

Tablecloth Pull Persistence of Motion Tug of War Atwood's Machine Static vs. Sliding Friction Weight Dependence of Friction Area Dependence of Friction

Chapter 6: Circular Motion & Other Applications of Newton's Laws

6.X 6.X 6.1 6.1 6.1

1D50.10 1D50.40 1D50.50 1D52.10 1G20.77*

Central Forces Central Forces Central Forces Deformation by Central Forces Accelerated Reference Frames

Ball on a String Pail of Water Welch Centripetal Force Flattening Earth Balloon Accelerometers

Chapter 7: Work & Energy

7.3 7.4

3A20.10 1M20.30

Spring & Oscillators Simple Machines

Mass on a Spring Inclined Plane

Chapter 8: Potential Energy & Conservation of Energy

8.4 8.4

1M40.20 3A10.10

Conservation of Energy Pendula

Loop the Loop Simple Pendulum

Chapter 9: Linear Motion & Collisions

9.3 9.3 9.4 9.4 9.4 9.5 9.6 9.6 9.8

1N30.05* 1N30.60 1N30.33 1N30.55 1M40.42 1N40.XX 1J10.10 1J11.12 1N22.20*

Collisions in 1-Dim Collisions in 1-Dim Collisions in 1-Dim Collisions in 1-Dim Conservation of Energy Collisions in 2-Dim Finding Center of Gravity Exceeding Center of Gravity Rockets

Billard Ball, Bowling Ball & Ping Pong Ball Double Ball Drop Equal & Unequal mass Air Track Collisions Elastic & Inelastic Model: Air Track CENCO Ballistic Pendulum Air Table Map of State Irregular Object Center of Mass Water Rocket

Chapter 10: Rotation of a Rigid Object About a Fixed Axis

10.X 10.6 10.6 10.7

1J40.XX 1J40.16 1J40.10

Static Torque Static Torque Resolution of Forces

Peanut Torque Different Length Wrenches Torque Meter Pulley

Chapter 11: Rolling Motion, Angular Momentum & Torque

11.4 11.4 11.5 11.5

1Q10.05* 1Q10.30 1Q40.10 1Q40.30

Moment of Inertia Moment of Inertia Conservation of Angular Momentum Conservation of Angular Momentum

Inertia Rod Ring, Disk & Sphere Rotating Stool & Weights Rotating Stool & Bicycle Wheel

Chapter 12: Static Equilibrium & Elasticity

12.1 12.3 12.3

1J11.10 1J40.75 1J20.35

Exceeding Center of Gravity Static Torque Stable, Unstable & Neutral Equilibrium

Leaning Tower of Pisa Arm Model (Blackboard Mechanics) Horse and Rider

Chapter 13: Oscillitory Motion

13.1 13.2 13.4 13.4 13.4 13.7 13.7 13.7

3A40.05* 3A20.10 3A10.10 3A10.30 3A15.10 3A60.10 3A70.20 3A70.30

Simple Harmonic Motion Springs & Oscillators Pendula Pendula Physical Pendula Driven Mechanical Resonance Coupled Oscillations Coupled Oscillations

PASCO Sc. Wksp.: Simple Harmonic Motion Mass on a Spring Simple Pendulum Torsional Pendula Physical Pendulum Film: "Tacoma Narrows Bridge" Coupled Pendula String Coupled Pendula

Chapter 14: The Laws of Gravity

14.2

1L10.10

Univ. Gravitational Constant

Cavendish Balance Film

Chapter 15: Fluid Mechanics

15.1 15.4 15.7 15.8 15.7

1K30.15 2B40.10 2C10.10 2C20.20 2C20.30

Pressure Density & Buoyancy Flow Rate Bernoulli Force Bernoulli Force

Seat of Nails Weigh Submerged Block Velocity of Efflux Atomizer Floating Ball

Chapter 16: Wave Motion

16.X 16.X 16.2 16.3

3B10.20 3B50.XX 3B10.50 3B10.10

Transverse Pulses & Waves Interference & Diffraction Transverse Pulses & Waves Tansverse Pulses & Waves

Slinky on a Table Ripple Tank Vertical Rods Wave Model Pulse on a Rope

Chapter 17: Sound Waves

17.1 17.1 17.3 17.5 17.5

3B30.30 3B30.50 3C30.10 3B40.25 3B40.35

Wave Properties of Sound Wave properties of Sound Intensity & Attenuation Doppler Effect Doppler Effect

Bell in a Vacuum Duck Talk dB Meter Doppler Reed Doppler Football

Chapter 18: Superposition & Standing Waves

18.3 18.4 18.6 18.7

3B10.60 3D40.50 3D40.30 3B60.10

Transverse Pulses & Waves Resonance in Plates, Bars, Soli Resonance in Plates, Bars, Soli Beats

Wave Generator Musical Goblet Chladni Plates Beat Forks

Chapter 19: Temperature

19.4 19.4 19.5 19.5 19.5

4A30.10 4A30.20 4E10.20 4E10.30* 4E20.15

Solid Expansion Solid Expansion Constant Pressure Constant Pressure Constant Temperature

Bimetallic Strip Ball & Ring Balloons in Liquid Nitrogen Crush the Can: Hot Water Cooling Syringe & Pressure Gauge

Chapter 20: Heat & the 1st Law of Thermodynamics

20.2 20.3 20.7 20.7 20.7

4B50.25 4B20.10 4B30.12 4B40.10 4C30.35

Heat Transfer Applications Convection Conduction Radiation Phase Changes: Liquid-Gas

Water Balloon & Matches Convection Tube Heat Race to Melt Wax Radiation Using Parabolic Mirrors Liquid Nitrogen in a Balloon

Chapter 21: The Kinetic Theory of Gases

21

Chapter 22: Heat Engines, Entropy & 2nd Law of Thermodynamics

22