Name: 
 

2nd Semester Review



Multiple Choice
Identify the letter of the choice that best completes the statement or answers the question.
 

1. 

A mass attached to a spring vibrates back and forth. At maximum displacement, the spring force and the
a.
velocity reach a maximum.
c.
acceleration reach a maximum.
b.
velocity reach zero.
d.
acceleration reach zero.
 

2. 

Which of the following is the time it takes to complete a cycle of motion?
a.
amplitude
c.
frequency
b.
period
d.
revolution
 

3. 

A musical tone sounded on a piano has a frequency of 410 Hz and a wavelength of 0.80 m. What is the speed of the sound wave?
a.
170 m/s
c.
330 m/s
b.
240 m/s
d.
590 m/s
 

4. 

A student sends a pulse traveling on a taut rope with one end attached to a post. What will the student observe?
a.
The pulse will not be reflected if the rope is free to slide up and down on the post.
b.
The pulse will be reflected and inverted if the rope is free to slide up and down on the post.
c.
The pulse will be reflected and inverted if the rope is fixed to the post.
d.
The pulse will not be inverted if the rope is fixed to the post.
 

5. 

How high or low we perceive a sound to be, depending on the frequency of the sound wave, is defined as the
a.
infrasonic wave.
c.
ultrasonic wave.
b.
frequency.
d.
pitch.
 

6. 

The Doppler effect occurs with
a.
only sound waves.
c.
only water waves.
b.
only compressional waves.
d.
all waves.
 

7. 

The effects of sound on the ear are loudness, pitch, and quality. Loudness is an effect of ____, pitch is an effect of ____, and timbre is an effect of ____.
a.
intensity; harmonic content; frequency
c.
frequency; intensity; harmonic content
b.
harmonic content; frequency; intensity
d.
intensity; frequency; harmonic content
 

8. 

What phenomenon is created by two tuning forks side by side that emit frequencies that differ by only a small amount?
a.
resonance
c.
the Doppler effect
b.
interference
d.
beats
 

9. 

If you know the wavelength of any form of electromagnetic radiation, you can determine its frequency because
a.
all wavelengths travel at the same speed.
b.
the speed of light varies for each form.
c.
wavelength and frequency are equal.
d.
the speed of light increases as wavelength increases.
 

10. 

If you are reading a book and you move twice as far away from the light source, how does the brightness at the new distance compare with that at the old distance? It is
a.
one-eighth
c.
one-half
b.
one-fourth
d.
twice
 
 
pre-ap_2nd_semester_files/i0120000.jpg
 

11. 

In the diagram above, the image of object B would be
a.
virtual, enlarged, and inverted.
c.
virtual, reduced, and upright.
b.
real, enlarged, and upright.
d.
virtual, enlarged, and upright.
 
 
pre-ap_2nd_semester_files/i0140000.jpg
 

12. 

In the diagram above, the image of object B would be
a.
real, reduced, and upright.
c.
virtual, reduced, and inverted.
b.
virtual, enlarged, and upright.
d.
virtual, reduced, and upright.
 

13. 

Refraction is the term for the bending of a wave disturbance as it passes at an angle from one ____ into another.
a.
glass
c.
area
b.
medium
d.
boundary
 

14. 

When a light ray passes from water (n = 1.333) into diamond (n = 2.419) at an angle of 45°, its path is