Waves/Optics
Worksheets
Worksheets
- Waves WS
- Waves and Sound WS
- Waves, Sound, and Light
- Curved Mirror Diagrams
- Lens Diagrams
- Optics WS
- Optics MC
â €
â €
- Solutions
- Solutions
- Answers
- Solutions
- Solutions
- Solutions
- Answers
Homework
Homework
- Ch 14 - #78, 84, 85, 91
- Ch 15 - #63, 71, 75, 89
- Ch 17 - #56, 66, 73, 81
- Ch 18 - #74, 84, 87, 88
Labs/Activities
Labs/Activities
- Slinky Lab
- Speed of Sound Lab
- Doppler Activity
- Reflection Lab
- Refraction Lab
Additional Resources
Additional Resources
Objectives
Objectives
Students Will Be Able To...
Students Will Be Able To...
Solve problems involving velocity, wavelength, frequency, and period for a wave pulse
Recognize the wavelength and amplitude of a wave
Relate wavelength, nodes, and length of standing waves
Determine the appearance and behavior of waves during constructive and destructive interference
Calculate the speed, wavelength, frequency, and period of a sound wave
Calculate the speed of sound in air given a temperature
Describe, conceptually and mathematically, the Doppler Effect
Describe, conceptually and mathematically, the behavior of sound in a closed- and open-end tube
Describe and apply the law of reflection
Describe and calculate the variables of magnification, distance of object/image, and height of object/image for plane, concave, and convex mirrors
Describe and apply Snell's Law
Describe and calculate the variables of magnification, distance of object/image, and height of object/image for double-concave, and double-convex lenses
Recognize the wavelength and amplitude of a wave
Relate wavelength, nodes, and length of standing waves
Determine the appearance and behavior of waves during constructive and destructive interference
Calculate the speed, wavelength, frequency, and period of a sound wave
Calculate the speed of sound in air given a temperature
Describe, conceptually and mathematically, the Doppler Effect
Describe, conceptually and mathematically, the behavior of sound in a closed- and open-end tube
Describe and apply the law of reflection
Describe and calculate the variables of magnification, distance of object/image, and height of object/image for plane, concave, and convex mirrors
Describe and apply Snell's Law
Describe and calculate the variables of magnification, distance of object/image, and height of object/image for double-concave, and double-convex lenses