Active Figures
for Serway/Faughn's College Physics 7e - Vol 1

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Title

1.6

Trigonometry and Cartesian Coordinates

1.7

Cartesian and Polar Coordinates

2.2

Position vs. Time

2.12

Motion Graphs for an Accelerating Car

2.13

Match the Motion

2.15

Acceleration and Slope

3.3

Vector Addition and Subtraction

3.14

Velocity Components in Projectile Motion

3.15

Position and Time in Projectile Motion

4.6

Gravitational Force

4.18

Atwood's Machine

4.19

Static and Kinetic Frictional Forces

4.21

Acceleration Up and Down an Incline with Friction

5.5

Work Done Against Gravity

5.15

Projectiles Launched at Different Angles

5.20

Block-Spring System I

5.29

Block-Spring System II

6.10

Perfectly Inelastic Collisions

6.13

Perfectly Elastic Collisions

6.15

Collisions in Two Dimensions

7.5

Rotation of a Rigid Object About a Fixed Axis

7.17

Gravitational Force

7.21

Properties of Ellipses

7.21b

Elliptical Orbits

7.22

Kepler's Second Law

8.25

Objects Rolling Down an Incline

9.3

Young's Modulus

9.5

Shear Modulus

9.6

Bulk Modulus

9.19

Buoyant Force for Different Object Densities

9.20

Buoyant Force for Different Object and Fluid Densities

10.10

Thermal Expansion of a Metal Washer

10.12

Characteristics of an Ideal Gas

10.15

Maxwell Velocity Distribution

12.1

Work During an Isothermal Process

12.2

Work Done on a Gas for Different PV Processes

12.9

Heat Engines

12.12

Heat Pumps

12.15

The Carnot Cycle

13.1

Mass on a Spring

13.8

Simple Harmonic Motion and Circular Motion Compared

13.12

Simple Harmonic Motion with Different Amplitudes

13.13

Position vs. Time for a Block-Spring System

13.15

The Simple Pendulum

13.16

A Pendulum Compared to a Block-Spring System

13.19

Damped Oscillation

13.24

Sinusoidal Waves

13.26

A Sinusoidal Wave on a String

13.32

Reflection of Waves

13.34

Pulse on a Rope - One Free and One Fixed End

13.35

Pulse on a Rope - One Free End and Fixed-End Support

14.2

Generating Longitudinal Sound Waves

14.8

The Doppler Effect

14.10

The Doppler Effect for Two Stationary Observers

14.18

Standing Waves on a String Fixed at Both Ends

14.25

Beats