Essential Physics Teacher Lab Manual Resources

Product Code: EP-6328-DIG

Description

The Essential Physics Teacher Lab Manual Resources are all of the electronic teacher resources for the 46 lab activities found in the printed Essential Physics Student Lab Manual (the printed student lab manual is sold separately). These teacher resources are only available electronically and include the following:

  • Editable Word version of each student lab
  • Complete lesson slide sets in PPTX format for displaying during the lab, and pre-lab
  • Teacher answer keys for each lab investigation in editable Word format
  • Links to videos that help guide you through the data collection, and data analysis steps

Available separately:

  • Essential Physics Student Lab Manual (EP-6326) – this printed, student-consumable lab manual includes 46 labs that cover a full year of introductory physics.
  • Essential Physics Teacher Lab Manual (EP-6329) – printed set of teacher answer keys for all 46 labs inside the Essential Physics Student Lab Manual. Also includes editable electronic copies of all 46 students lab handouts, and teacher answer keys.

Video Support

How-to videos for some lab activities are included with the teacher resources. These videos focus on proper set up of lab equipment, helpful tips for collecting good data, and strategies for analyzing that data.

Experiments

There are 46 labs and activities covering a full year of physics topics:

Lab Title Forces & Motion Kit Simple Machines Engineering Kit Oscillations, Waves, & Sound Kit Modular Circuits for Essential Physics Light, Color, & Optics Kit Standard Equipment Kit Comprehensive Equipment Kit
1 Graphs of Motion • • •
2 Motion Graphs • • •
3 Acceleration • • •
4 A Model for
Accelerated Motion		 • • •
5 Newton’s Second Law • • •
6 Hooke’s Law • • •
7 Static and Kinetic
Friction		 • • •
8 Projectile Motion •
9 Acceleration on an
Inclined Plane		 • • •
10 Static Equilibrium • •
11 Work and the Force
Versus Distance Graph		 • • •
12 Inclined Plane and the
Conservation of Energy		 • • •
13 Work and Energy • • •
14 Springs and the
Conservation
of Energy		 • • •
15 Work Done by Friction • • •
16 Crash barrier • • •
17 Conservation of
Momentum		 •
18 Inelastic Collisions •
19 Elastic Collisions •
20 Levers • •
21 Pulleys • •
22 Ramps and Inclined
Planes		 • • •
23 Gear Ratios • •
24 Designing Gear
Machines		 • •
25 Torque • •
26 Mechanical Advantage
of Gears		 • •
27 Oscillators •
28 Resonance • •
29 Waves • •
30 Interference • •
31 Resonance and Sound • •
32 Design a Musical
Instrument		 • •
33 Electricity and Circuits • • •
34 Voltage and Batteries • • •
35 Resistors and
Ohm’s law		 • • •
36 Series and Parallel
Resistances		 • • •
37 Electrical Power • • •
38 Compound Circuits • • •
39 Design a Lemon Battery • • •
40 Magnification of Mirrors
and Lenses		 • •
41 Reflection in a
Plane Mirror		 • •
42 Refraction of Light • •
43 Creating Real and Virtual
Images with Lenses		 • •
44 Image Formation
for a Convex Lens		 • •
45 Build a Microscope
and a Telescope		 • •
46 Phosphorescence • •