1 of 12

Daily Problem

Log on to Pear Deck NOW!

joinpd.com

Code: xjv dgc

2 of 12

Draw what would happen to the two waves during and after constructive interference.

Both waves are 1 cm tall.

3 of 12

Draw what would happen to the two waves during and after constructive interference.

Red wave is 2 cm tall.

Blue wave is 1 cm tall.

4 of 12

Draw what would happen to the two waves during and after destructive interference.

Both waves are 1 cm tall.

5 of 12

Draw what would happen to the two waves during and after destructive interference.

Red wave is 2 cm tall.

Blue wave is 1 cm tall.

6 of 12

What we are doing today:

  1. Daily Problem
  2. Language/Learning Targets
  3. Review Wave Vibration Lab
  4. Work on Practice Problems
  5. Review Practice Problems
  6. Extra Time? Exit ticket for chapter 14, lesson 3 due TODAY by 3:00 P.M.
  7. Questions?

7 of 12

  • PK 14.2 - I can classify and describe waves (longitudinal and transverse.)
  • PK 14.3 - I understand the relationship between wave characteristics and phenomena such as frequency, period, amplitude, wavelength, and velocity.
  • PK 14.4 - I can recognize interference and standing wave patterns and can explain nodes and antinodes.

8 of 12

  • Students will read and watch the content lessons on the class website.
  • Students will listen to the discussion, directions, and group members.
  • Students will write down notes throughout the discussion.
  • Students will discuss the concepts and answers to questions with their small groups.

Language Objectives

9 of 12

Lets Review the Lab, Wave Vibrations

  • When you increase the frequency of the wave, what happens to the wavelength?
  • What happens to the wave when it hits a medium that is more dense than the medium it is traveling in?
  • Does the speed of the wave depend on the amplitude of the wave?
  • What are some things that you noticed about the interference of waves?
  • Describe the motion of one point along the wave when you have a transverse wave/longitudinal wave.
  • Do all waves (transverse and longitudinal) behave the same way?

10 of 12

Chapter 14, Lesson 2 Practice Problems

11 of 12

Work on Chapter 14, Lesson 3 Exit Ticket

Due: TODAY before 3:00 P.M.

12 of 12

Any Questions?

What Can I Help With?