1 Chapter 2TABLE 2-1 Units of Measurement in the MKS System

      2 Chapter 5TABLE 5-1 Units of Force

      3 Chapter 7TABLE 7-1 Linear and Angular Motion Formulas

      4 Chapter 8TABLE 8-1 Densities of Common Materials

      5 Chapter 12TABLE 12-1 Moments of Inertia for Various Shapes and Solids

      6 Chapter 15TABLE 15-1 Thermal Conductivities for Various Materials

      1 Chapter 2FIGURE 2-1: A labeled triangle that you can use to find trig values.

      2 Chapter 3FIGURE 3-1: Examining displacement with a golf ball.FIGURE 3-2: A ball moving in two dimensions.FIGURE 3-3: A trip from Ohio to Michigan.FIGURE 3-4: Increasing velocity under constant acceleration.

      3 Chapter 4FIGURE 4-1: A vector, represented by an arrow, has both a direction and a magni...FIGURE 4-2: Equal vectors have the same length and direction but may have diffe...FIGURE 4-3: Going from the tail of one vector to the head of a second gets you ...FIGURE 4-4: Take the sum of two vectors by creating a new vector.FIGURE 4-5: Subtracting two vectors by putting their feet together and drawing ...FIGURE 4-6: Use vector coordinates to make handling vectors easy.FIGURE 4-7: Breaking a vector into components allows you to add or subtract the...FIGURE 4-8: Using the angle created by a vector to get to a hotel.FIGURE 4-9: A baseball diamond is a series of vectors created by the x-axis and...FIGURE 4-10: You can use acceleration and change in time to find a change in ve...FIGURE 4-11: A golf ball about to roll off a cliff.FIGURE 4-12: A kicked soccer ball.

      4 Chapter 5FIGURE 5-1: Accelerating a hockey puck.FIGURE 5-2: A ball in flight may face many forces that act on it.FIGURE 5-3: The net force vector factors in all forces to determine the ball’s ...FIGURE 5-4: A free-body diagram of all the forces acting on a football at one t...FIGURE 5-5: Equal forces acting on a car tire and the road during acceleration.FIGURE 5-6: Pulling a heavy puck with a rope to exert equal force on both ends.FIGURE 5-7: Using a pulley to exert force.FIGURE 5-8: Using a pulley at an angle to keep a mass stationary.FIGURE 5-9: Hanging a sign requires equilibrium from the involved forces.

      5 Chapter 6FIGURE 6-1: Racing a cart down a ramp.FIGURE 6-2: The angle of the direction perpendicular to the ramp surface from t...FIGURE 6-3: The forces acting on a bar of gold.FIGURE 6-4: You must battle different types of force and friction to push an ob...FIGURE 6-5: All the forces acting on an object sliding down a ramp.FIGURE 6-6: Shooting a cannon at a particular angle with respect to the ground.

      6 Chapter 7FIGURE 7-1: Velocity constantly changes direction when an object is in circular...FIGURE 7-2: A golf ball on a string traveling with constant speed.FIGURE 7-3: The forces acting on a car banking around a turn.FIGURE 7-4: A circular arc extends an angle of one radian.FIGURE 7-5: The force and velocity of a ball on a circular track.

      7 Chapter 8FIGURE 8-1: A cube of water has different pressures on the top and bottom faces...FIGURE 8-2: A hydraulic system magnifies force.FIGURE 8-3: A raft in water.FIGURE 8-4: A streamline shows the directions of flow.FIGURE 8-5: A cube of fluid flowing through a pipe.

      8 Chapter 9FIGURE 9-1: To do work on this gold ingot, you have to push with enough force t...FIGURE 9-2: More force is required to do the same amount of work if you pull at...FIGURE 9-3: You find the net force acting on an object to find its speed at the...FIGURE 9-4: Kinetic energy converted to potential energy and then back to kinet...

      9 Chapter 10FIGURE 10-1: Examining force versus time gives you the impulse you apply on obj...FIGURE 10-2: The average force over a time interval depends on the values the f...FIGURE 10-3: Shooting a wooden block on a string allows you to experiment with ...FIGURE 10-4: Before, during, and after a collision between two balls moving in ...

      10 Chapter 11FIGURE 11-1: A ball in circular motion has angular speed with respect to the ra...FIGURE 11-2: Angular velocity points in a direction perpendicular to the wheel.FIGURE 11-3: Angular acceleration in the same direction as the angular velocity...FIGURE 11-4: Angular acceleration in the direction opposite the angular velocit...FIGURE 11-5: Angular acceleration perpendicular to the angular velocity tilts t...FIGURE 11-6: A seesaw demonstrates torque in action.FIGURE