The reason why the pitch of a bassoon is more sensitive to a change in air temperature than the pitch of a cello.

Question

Want to see more full solutions like this?

Answer 1

Question

Chapter 12, Problem 1CQ

To determine

The reason why the pitch of a bassoon is more sensitive to a change in air temperature than the pitch of a cello.

Expert Solution & Answer

Answer to Problem 1CQ

The pitch of a bassoon is more sensitive to a change in air temperature than the pitch of a cello since the frequency of standing waves in a wind instrument depends on the speed of sound in air which is significantly dependent on air temperature.

Explanation of Solution

Pitch is the perception of frequency. A high frequency sound corresponds to a high pitch whereas a low frequency sound corresponds to low pitch. Bassoon is a wind instrument.

The wavelength of sound in a cello depends on the body of a cello, but the properties of the body of a cello does not change with the air temperature. The wavelength of the sound inside a bassoon is determined by the length of the tube containing its air column. The tube does not significantly contract or expand thermally with the changes in air temperature.

This implies the wavelength of the sound in both instruments are independent of the variations in air temperature. But with a fixed fundamental wavelength, the frequency of the bassoon’s standing waves depends on the speed of the sound in the air and the speed of the sound in air depends highly on the air temperature. This is why the pitch of a bassoon is more sensitive to a change in air temperature than the pitch of a cello.

Want to see more full solutions like this?

Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 2

Question

Chapter 12, Problem 1CQ

To determine

The reason why the pitch of a bassoon is more sensitive to a change in air temperature than the pitch of a cello.

Expert Solution & Answer

Answer to Problem 1CQ

The pitch of a bassoon is more sensitive to a change in air temperature than the pitch of a cello since the frequency of standing waves in a wind instrument depends on the speed of sound in air which is significantly dependent on air temperature.

Explanation of Solution

Pitch is the perception of frequency. A high frequency sound corresponds to a high pitch whereas a low frequency sound corresponds to low pitch. Bassoon is a wind instrument.

The wavelength of sound in a cello depends on the body of a cello, but the properties of the body of a cello does not change with the air temperature. The wavelength of the sound inside a bassoon is determined by the length of the tube containing its air column. The tube does not significantly contract or expand thermally with the changes in air temperature.

This implies the wavelength of the sound in both instruments are independent of the variations in air temperature. But with a fixed fundamental wavelength, the frequency of the bassoon’s standing waves depends on the speed of the sound in the air and the speed of the sound in air depends highly on the air temperature. This is why the pitch of a bassoon is more sensitive to a change in air temperature than the pitch of a cello.

Want to see more full solutions like this?

Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 3

Question

Chapter 12, Problem 1CQ

To determine

The reason why the pitch of a bassoon is more sensitive to a change in air temperature than the pitch of a cello.

Expert Solution & Answer

Answer to Problem 1CQ

The pitch of a bassoon is more sensitive to a change in air temperature than the pitch of a cello since the frequency of standing waves in a wind instrument depends on the speed of sound in air which is significantly dependent on air temperature.

Explanation of Solution

Pitch is the perception of frequency. A high frequency sound corresponds to a high pitch whereas a low frequency sound corresponds to low pitch. Bassoon is a wind instrument.

The wavelength of sound in a cello depends on the body of a cello, but the properties of the body of a cello does not change with the air temperature. The wavelength of the sound inside a bassoon is determined by the length of the tube containing its air column. The tube does not significantly contract or expand thermally with the changes in air temperature.

This implies the wavelength of the sound in both instruments are independent of the variations in air temperature. But with a fixed fundamental wavelength, the frequency of the bassoon’s standing waves depends on the speed of the sound in the air and the speed of the sound in air depends highly on the air temperature. This is why the pitch of a bassoon is more sensitive to a change in air temperature than the pitch of a cello.

Want to see more full solutions like this?

Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 4

Question

Chapter 12, Problem 1CQ

To determine

The reason why the pitch of a bassoon is more sensitive to a change in air temperature than the pitch of a cello.

Expert Solution & Answer

Answer to Problem 1CQ

The pitch of a bassoon is more sensitive to a change in air temperature than the pitch of a cello since the frequency of standing waves in a wind instrument depends on the speed of sound in air which is significantly dependent on air temperature.

Explanation of Solution

Pitch is the perception of frequency. A high frequency sound corresponds to a high pitch whereas a low frequency sound corresponds to low pitch. Bassoon is a wind instrument.

The wavelength of sound in a cello depends on the body of a cello, but the properties of the body of a cello does not change with the air temperature. The wavelength of the sound inside a bassoon is determined by the length of the tube containing its air column. The tube does not significantly contract or expand thermally with the changes in air temperature.

This implies the wavelength of the sound in both instruments are independent of the variations in air temperature. But with a fixed fundamental wavelength, the frequency of the bassoon’s standing waves depends on the speed of the sound in the air and the speed of the sound in air depends highly on the air temperature. This is why the pitch of a bassoon is more sensitive to a change in air temperature than the pitch of a cello.

Want to see more full solutions like this?

Subscribe now to access step-by-step solutions to millions of textbook problems written by subject matter experts!

Answer 5

Chapter 12, Problem 1CQ

To determine

The reason why the pitch of a bassoon is more sensitive to a change in air temperature than the pitch of a cello.

Expert Solution & Answer

Answer to Problem 1CQ

The pitch of a bassoon is more sensitive to a change in air temperature than the pitch of a cello since the frequency of standing waves in a wind instrument depends on the speed of sound in air which is significantly dependent on air temperature.

Explanation of Solution

Pitch is the perception of frequency. A high frequency sound corresponds to a high pitch whereas a low frequency sound corresponds to low pitch. Bassoon is a wind instrument.

The wavelength of sound in a cello depends on the body of a cello, but the properties of the body of a cello does not change with the air temperature. The wavelength of the sound inside a bassoon is determined by the length of the tube containing its air column. The tube does not significantly contract or expand thermally with the changes in air temperature.

This implies the wavelength of the sound in both instruments are independent of the variations in air temperature. But with a fixed fundamental wavelength, the frequency of the bassoon’s standing waves depends on the speed of the sound in the air and the speed of the sound in air depends highly on the air temperature. This is why the pitch of a bassoon is more sensitive to a change in air temperature than the pitch of a cello.

Answer 6

Chapter 12, Problem 1CQ

To determine

The reason why the pitch of a bassoon is more sensitive to a change in air temperature than the pitch of a cello.

Expert Solution & Answer

Answer to Problem 1CQ

The pitch of a bassoon is more sensitive to a change in air temperature than the pitch of a cello since the frequency of standing waves in a wind instrument depends on the speed of sound in air which is significantly dependent on air temperature.

Explanation of Solution

Pitch is the perception of frequency. A high frequency sound corresponds to a high pitch whereas a low frequency sound corresponds to low pitch. Bassoon is a wind instrument.

The wavelength of sound in a cello depends on the body of a cello, but the properties of the body of a cello does not change with the air temperature. The wavelength of the sound inside a bassoon is determined by the length of the tube containing its air column. The tube does not significantly contract or expand thermally with the changes in air temperature.

This implies the wavelength of the sound in both instruments are independent of the variations in air temperature. But with a fixed fundamental wavelength, the frequency of the bassoon’s standing waves depends on the speed of the sound in the air and the speed of the sound in air depends highly on the air temperature. This is why the pitch of a bassoon is more sensitive to a change in air temperature than the pitch of a cello.

Answer 7

Chapter 12, Problem 1CQ

To determine

The reason why the pitch of a bassoon is more sensitive to a change in air temperature than the pitch of a cello.

Answer 8

Expert Solution & Answer

Answer to Problem 1CQ

The pitch of a bassoon is more sensitive to a change in air temperature than the pitch of a cello since the frequency of standing waves in a wind instrument depends on the speed of sound in air which is significantly dependent on air temperature.

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

Explanation of Solution

Pitch is the perception of frequency. A high frequency sound corresponds to a high pitch whereas a low frequency sound corresponds to low pitch. Bassoon is a wind instrument.

The wavelength of sound in a cello depends on the body of a cello, but the properties of the body of a cello does not change with the air temperature. The wavelength of the sound inside a bassoon is determined by the length of the tube containing its air column. The tube does not significantly contract or expand thermally with the changes in air temperature.

This implies the wavelength of the sound in both instruments are independent of the variations in air temperature. But with a fixed fundamental wavelength, the frequency of the bassoon’s standing waves depends on the speed of the sound in the air and the speed of the sound in air depends highly on the air temperature. This is why the pitch of a bassoon is more sensitive to a change in air temperature than the pitch of a cello.