Understanding Sound Waves and Energy

Mrs. Night introduces the concept of sound waves, exploring their patterns and sources. The lesson delves into tsunami waves, emphasizing the role of energy in wave movement. Students engage in a sound wave simulation to observe and record their findings, learning how energy travels through waves and affects their behavior.

What is the source of a wave when using a slinky?

• The air around the slinky

• The table the slinky is on

• The hand pushing the slinky

• The slinky itself

What primarily travels across the ocean during a tsunami?

• Sand from the ocean floor

• Water from the source

• Ocean animals

• Energy of the wave

How does energy affect waves as they approach the shore?

• It causes them to slow down

• It makes them disappear

• It increases their height

• It changes their color

What is an example of energy causing a change?

• A book on a shelf

• A light switch being turned on

• A stationary car

• A sleeping cat

What is the purpose of the sound wave simulation?

• To visualize sound waves in water

• To measure the speed of sound

• To create new musical instruments

• To understand how sound travels between dolphins

What should you do while using the sound wave simulation?

• Only listen to the sounds

• Write down what you notice and wonder

• Ignore the instructions

• Change the simulation settings randomly

What do the orange balls in the simulation represent?

• Actual sound particles

• A visual model of sound waves

• Random dots

• Musical notes

What should you consider when observing the simulation?

• The color of the balls

• The pattern and movement of the waves

• The background music

• The size of the screen

What is the first step in using the simulation?

• Turn off the computer

• Read a book

• Watch a movie

• Click on the science tab

What should you do if you have questions about the simulation?

• Ignore them

• Ask the teacher for help

• Search online

• Guess the answers