| Chapter/ Section |
Title |
Vernier Lab Book |
Vernier Experiment |
Sensor(s) Used |
| 1 |
The Science of Physics |
Physics with Vernier |
1 | Graph Matching |
Motion Detector
|
| Science with TI-Nspire Technology |
26 | Graph Matching |
Motion Detector
|
| 2 |
Motion in one Dimension |
Physics with Vernier |
1 | Graph Matching |
Motion Detector
|
| 2 | Back and Forth Motion |
Motion Detector
|
| 4 | Determining g on an Incline |
Motion Detector
|
| 5 | Picket Fence Free Fall |
Photogate
|
| 6 | Ball Toss |
Motion Detector
|
| Science with TI-Nspire Technology |
26 | Graph Matching |
Motion Detector
|
| 27 | Ball Toss |
Motion Detector
|
| 3 |
Two-Dimensional Motion and Vectors |
Physics with Vernier |
8 | Projectile Motion |
Photogate (2)
|
| 4 |
Forces and the Laws of Motion |
Physics with Vernier |
7 | Bungee Jump Accelerations |
Low-g Accelerometer
|
| 9 | Newton's Second Law |
|
| 10 | Atwood's Machine |
Photogate
|
| 11 | Newton's Third Law |
Dual-Range Force Sensor (2)
|
| 12 | Static and Kinetic Friction |
|
| 13 | Air Resistance |
Motion Detector
|
| 14 | Pendulum Periods |
Photogate
|
| 15 | Simple Harmonic Motion |
Motion Detector
|
| Science with TI-Nspire Technology |
28 | Newton's Second Law |
|
| 29 | Static and Kinetic Friction |
|
| 30 | Simple Harmonic Motion |
Motion Detector
|
| 5 |
Work and Energy |
Physics with Vernier |
16 | Energy of a Tossed Ball |
Motion Detector
|
| 17 | Energy in Simple Harmonic Motion |
Motion Detector
|
| 18 | Momentum, Energy and Collisions |
Motion Detector
|
| 6 |
Momentum and Collisions |
Physics with Vernier |
18 | Momentum, Energy and Collisions |
Motion Detector
|
| 19 | Impulse and Momentum |
|
| 7 |
Rotational Motion and the Laws of Gravity |
Physics with Vernier |
20 | Centripetal Accelerations on a Turntable |
Low-g Accelerometer
|
| 21 | Accelerations in the Real World |
Low-g Accelerometer
|
| 8 |
Rotational Equilibrium and Dynamics |
Physics with Vernier |
20 | Centripetal Accelerations on a Turntable |
Low-g Accelerometer
|
| 11 |
Thermodynamics |
Physics with Vernier |
30 | Newton's Law of Cooling |
Stainless Steel Temperature Probe
|
| 13 |
Sound |
Physics with Vernier |
32 | Sound Waves and Beats |
Microphone
|
| 33 | Speed of Sound |
Microphone
|
| 34 | Tones, Vowels and Telephones |
Microphone
|
| 35 | Mathematics of Music |
Microphone
|
| Science with TI-Nspire Technology |
32 | Sound Waves and Beats |
Microphone
|
| 33 | Speed of Sound |
Microphone
|
| 14 |
Light and Reflection |
Physics with Vernier |
28 | Polarization of Light |
Light Sensor
|
| 29 | Light, Brightness and Distance |
Light Sensor
|
| 18 |
Electrical Energy and Capacitance |
Physics with Vernier |
24 | Capacitors |
Differential Voltage Probe
|
| Science with TI-Nspire Technology |
31 | Capacitors |
Differential Voltage Probe
|
| 19 |
Current and Resistance |
Agricultural Science with Vernier |
23 | Ohm's Law |
|
| Physics with Vernier |
22 | Ohm's Law |
|
| 23 | Series and Parallel Circuits |
|
| 27 | Electrical Energy |
|
| 20 |
Circuits and Circuit Elements |
Agricultural Science with Vernier |
23 | Ohm's Law |
|
| Physics with Vernier |
22 | Ohm's Law |
|
| 23 | Series and Parallel Circuits |
|
| 24 | Capacitors |
Differential Voltage Probe
|
| Science with TI-Nspire Technology |
31 | Capacitors |
Differential Voltage Probe
|
| 21 |
Magnetism |
Physics with Vernier |
26 | The Magnetic Field in a Slinky |
Magnetic Field Sensor
|
| 27 | Electrical Energy |
|
| 31 | The Magnetic Field of a Permanent Magnet |
Magnetic Field Sensor
|
| 25 |
Subatomic Physics |
Advanced Chemistry with Vernier |
27 | α, β, and γ |
Vernier Radiation Monitor
|
| 28 | Radiation Shielding |
Vernier Radiation Monitor
|
| Nuclear Radiation with Vernier |
1 | α, β, and γ |
Vernier Radiation Monitor
|
| 2 | Distance and Radiation |
Vernier Radiation Monitor
|
| 3 | Lifetime Measurement |
Vernier Radiation Monitor
|
| 4 | Counting Statistics |
Vernier Radiation Monitor
|
| 5 | Background Radiation Sources |
Vernier Radiation Monitor
|
| 6 | Radiation Shielding |
Vernier Radiation Monitor
|
