| (a) | Explain the purpose and effect of devices (e.g., hearing aid, sonar, amplifier, microphone, oscilloscope, and ultrasound) that enhance the human ability to produce, transmit, and detect sound. | 
| (b) | Explore the use of sound in movies, television, dance, and drama. | 
| (c) | Investigate the type and loudness of sounds heard in various locations in their environment (e.g., classroom, hallway, gymnasium, music room, library, lunch room, and playground). | 
| (d) | Explore the personal and social impacts on humans who are deaf or hard of hearing, including connections to speech and the role of sign language. | 
| (e) | Explain how and why different materials are used in schools and other buildings based on their ability to absorb and/or reflect sounds. | 
| (f) | Demonstrate methods and technologies used to prevent noise pollution in their surroundings, and work with group members to evaluate the effectiveness of those methods. | 
| (g) | Explore the importance and uses of sound in different cultures, past and present. | 
| (h) | Identify positive and negative consequences, for humans and other animals, of technologies (e.g., leaf blower, stereo, car horn, motors, and fireworks) that produce sounds. | 
| (i) | Identify issues related to sound such as long-term exposure to environmental noise, portable music players, and workplace sounds, and discuss the implications of these issues on individuals, society, and the environment. | 
| (j) | Explain practices that help meet the need for protection from loud and sustained sounds to prevent short- and long-term hearing loss in humans. | 
| (k) | Research the contributions of Canadians who contributed to the development of sound-based technologies. | 

 
     
     
     
    The book includes suggested activities, a table of contents, a glossary and an index.
 
     
           
           
          