Waves Check in #3

Use the image below to select answers to the following questions

2

Label the following:
-Nodes & Antinodes
-Show me how to measure a wavelength
-Show me how to measure the amplitude

1

Waves transport...
(move from one location to another)

1

Select the factor(s) that determine a speed of a wave (DONT GET THIS WRONG!)

1

Match the term with the behavior

Draggable item		Corresponding Item
Refraction		Angle of incidence is equal to the final angle
Diffraction		When a wave changes direction due to a change in the velocity of the wave
Reflection		When a wave bends around corners or barriers
Interference		When waves interact with each other, adding together or subtracting

In the standing wave lab the following wave pattern is generated at a frequency of 33.0 Hz.
The length of the string is 3.0 meters. Use this information as you answer the next 4 items

1

How many wavelengths are depicted?

1

What is the wavelength of this wave?

1

A standing wave in the 4th harmonic is generated in an open ended tube with a frequency of 440 Hz. The speed of the wave is 345 m/s. 

1

Sketch the wave presented in the problem

1

What is the wavelength?

1

2

When a tube that is open on both ends it hit on the table it creates a sound. When one end of this tube is closed off and it is hit again, the sound changes and it makes a lower pitch. Describe how this sound changes and explain why it happens. Include a picture to explain your answer.

1

What harmonic is represented?

1

If the tube length is 20cm, what is the wavelength?

1

If the speed of sound is 345 m/s, what is the frequency in this tube?

2

Data from the speed of sound lab is shown in the graph. Use the graph to determine the speed of sound.

1

The speed of sound lab was repeated in a different room and produced the data in orange. (original data in blue). How does the speed of sound in the orange data compare to the blue data?

1

Waves Check in #3

Label the following:
-Nodes & Antinodes
-Show me how to measure a wavelength
-Show me how to measure the amplitude

Waves transport...
(move from one location to another)

Select the factor(s) that determine a speed of a wave (DONT GET THIS WRONG!)

Match the term with the behavior

How many wavelengths are depicted?

What is the wavelength of this wave?

Sketch the wave presented in the problem

What is the wavelength?

When a tube that is open on both ends it hit on the table it creates a sound. When one end of this tube is closed off and it is hit again, the sound changes and it makes a lower pitch. Describe how this sound changes and explain why it happens. Include a picture to explain your answer.

What harmonic is represented?

If the tube length is 20cm, what is the wavelength?

If the speed of sound is 345 m/s, what is the frequency in this tube?

Data from the speed of sound lab is shown in the graph. Use the graph to determine the speed of sound.

The speed of sound lab was repeated in a different room and produced the data in orange. (original data in blue). How does the speed of sound in the orange data compare to the blue data?

What is one thing that could be different that produces the change you described? Explain your reasoning.

Label the following:
-Nodes & Antinodes
-Show me how to measure a wavelength
-Show me how to measure the amplitude

Waves transport...
(move from one location to another)

Select the factor(s) that determine a speed of a wave (DONT GET THIS WRONG!)

Match the term with the behavior

How many wavelengths are depicted?

What is the wavelength of this wave?

What is the velocity of this wave?

If these waves were produced on a string, what is one way to increase the wave speed?

Sketch the wave presented in the problem

What is the wavelength?

What is the length of the tube?

What is the fundamental frequency for this tube?

When a tube that is open on both ends it hit on the table it creates a sound. When one end of this tube is closed off and it is hit again, the sound changes and it makes a lower pitch. Describe how this sound changes and explain why it happens. Include a picture to explain your answer.

What harmonic is represented?

If the tube length is 20cm, what is the wavelength?

If the speed of sound is 345 m/s, what is the frequency in this tube?

Data from the speed of sound lab is shown in the graph. Use the graph to determine the speed of sound.

The speed of sound lab was repeated in a different room and produced the data in orange. (original data in blue). How does the speed of sound in the orange data compare to the blue data?

What is one thing that could be different that produces the change you described? Explain your reasoning.

What is the velocity of this wave?

If these waves were produced on a string, what is one way to increase the wave speed?

What is the length of the tube?

What is the fundamental frequency for this tube?

Waves Check in #3

Waves Check in #3

Label the following: -Nodes & Antinodes-Show me how to measure a wavelength-Show me how to measure the amplitude

Waves transport... (move from one location to another)

Select the factor(s) that determine a speed of a wave (DONT GET THIS WRONG!)

Match the term with the behavior

How many wavelengths are depicted?

What is the wavelength of this wave?

Sketch the wave presented in the problem

What is the wavelength?

When a tube that is open on both ends it hit on the table it creates a sound. When one end of this tube is closed off and it is hit again, the sound changes and it makes a lower pitch. Describe how this sound changes and explain why it happens. Include a picture to explain your answer.

What harmonic is represented?

If the tube length is 20cm, what is the wavelength?

If the speed of sound is 345 m/s, what is the frequency in this tube?

Data from the speed of sound lab is shown in the graph. Use the graph to determine the speed of sound.

The speed of sound lab was repeated in a different room and produced the data in orange. (original data in blue). How does the speed of sound in the orange data compare to the blue data?

What is one thing that could be different that produces the change you described? Explain your reasoning.

Label the following: -Nodes & Antinodes-Show me how to measure a wavelength-Show me how to measure the amplitude

Waves transport... (move from one location to another)

Select the factor(s) that determine a speed of a wave (DONT GET THIS WRONG!)

Match the term with the behavior

How many wavelengths are depicted?

What is the wavelength of this wave?

What is the velocity of this wave?

If these waves were produced on a string, what is one way to increase the wave speed?

Sketch the wave presented in the problem

What is the wavelength?

What is the length of the tube?

What is the fundamental frequency for this tube?

When a tube that is open on both ends it hit on the table it creates a sound. When one end of this tube is closed off and it is hit again, the sound changes and it makes a lower pitch. Describe how this sound changes and explain why it happens. Include a picture to explain your answer.

What harmonic is represented?

If the tube length is 20cm, what is the wavelength?

If the speed of sound is 345 m/s, what is the frequency in this tube?

Data from the speed of sound lab is shown in the graph. Use the graph to determine the speed of sound.

The speed of sound lab was repeated in a different room and produced the data in orange. (original data in blue). How does the speed of sound in the orange data compare to the blue data?

What is one thing that could be different that produces the change you described? Explain your reasoning.

What is the velocity of this wave?

If these waves were produced on a string, what is one way to increase the wave speed?

What is the length of the tube?

What is the fundamental frequency for this tube?

Label the following:
-Nodes & Antinodes
-Show me how to measure a wavelength
-Show me how to measure the amplitude

Waves transport...
(move from one location to another)

Label the following:
-Nodes & Antinodes
-Show me how to measure a wavelength
-Show me how to measure the amplitude

Waves transport...
(move from one location to another)