A person showing off their new sound system is driving towards a group of people at a speed of . The group of people is stationary. What is the observed frequency of the sound if the sound emitted by the car has a frequency of 421Hz?

You are driving your car by a very loud concert and moving at . If the frequency of a particular long note is 740 Hz, what is the frequency of the note you hear as you approach the concert? What is the frequency of the note you hear as you move away from the concert? The speed of sound in air is .

A person showing off their new sound system is driving towards a group of people at a speed of . The group of people is stationary. What is the observed frequency of the sound if the sound emitted by the car has a frequency of 421Hz?

A police car is at a red light. A car behind him foolishly tests his luck and runs the red light. The officer immediately flicks on his siren and begins to chase the car, accelerating at a rate of . The frequency of the siren is 500Hz. If you are standing at the red light, what frequency do you percieve 6 seconds after the police officer began chasing the car?

A police car is at a red light. A car behind him foolishly tests his luck and runs the red light. The officer immediately flicks on his siren and begins to chase the car, accelerating at a rate of . The frequency of the siren is 500Hz. If you are standing at the red light, what frequency do you percieve 6 seconds after the police officer began chasing the car?

You are driving your car by a very loud concert and moving at . If the frequency of a particular long note is 740 Hz, what is the frequency of the note you hear as you approach the concert? What is the frequency of the note you hear as you move away from the concert? The speed of sound in air is .

A pendulum of length with a ball of mass is released at an angle away from the equilibrium point. Which of the following adjustments will result in an increase in frequency of oscillation?

A pendulum of length with a ball of mass is released at an angle away from the equilibrium point. Which of the following adjustments will result in an increase in frequency of oscillation?

What is the apparent frequency of a wave traveling at a speed and frequency that is moving away from you at a speed , and that you are moving towards at a speed ? Note: in this context is not referring to the speed of light.

What is the apparent frequency of a wave traveling at a speed and frequency that is moving away from you at a speed , and that you are moving towards at a speed ? Note: in this context is not referring to the speed of light.