5.What type of mic would you use for the following scenario: • You want to pick up a wide range of frequencies , You are looking for an extraordinarily rich representation of the original sound, You seek smooth, detailed sound, You want to capture the subtle nuances in a recording studio, You expect and appreciate subtle, sensitive sound
(8 Points)

a. Ribbon

b. Condenser

c. Dynamic
6.What type of mic would you use for the following scenario:
• You need versatility because you work in a variety of applications for example speech as well as music, You want accurate sound reproduction and clarity, You like sound that is natural, clean and clear, with transparency and detail, You need exceptionally sensitive pickup, which requires phantom power for silent audio amplification
(8 Points)

a. Ribbon

b. Condenser

c. Dynamic
7.Pickup patterns are sensitive to sound from all directions of the microphone capsule.
(8 Points)

A. Unidirectional

B. Bidirectional

C. Omnidirectional Microphone

D. Switchable Pickup Pattern Microphones
8.Pickup patterns are most sensitive to sound produced on the front side of the microphone capsule. Super-cardioid pickup patterns have a greater sensitivity than cardioid pickup patterns.
(8 Points)

a. Unidirectional

b. Bidirectional

c. Omnidirectional Microphone

d. Switchable Pickup Pattern Microphones
9.Pickup pattern microphones are hybrid microphones that can be switched from one pickup pattern to another for all-in-one flexibility in different environments.
(8 Points)

a. Unidirectional

b. Bidirectional

c. Omnidirectional Microphone

d. Switchable Pickup Pattern Microphones
10.Figure 8 pickup patterns are sensitive to signals emanating from the front and back sides of the microphone capsule while rejecting sounds from the left and right sides of the microphone capsule.
(8 Points)

a. Unidirectional

b. Bidirectional

c. Omnidirectional Microphone

d. Switchable Pickup Pattern Microphones
11.Come in three popular configurations, lapel (or lavaliere) wireless microphones, collar wireless microphones and headband wireless microphones.
(8 Points)

a. Condenser

b. Wired

c. Hands-free Wireless

d. Handheld Wireless
12.Rather than a vibrating wire coil, these microphones have a thin diaphragm and solid back plate which make up an electronic component known as a capacitor. As the diaphragm vibrates, the distance from the back plate to the diaphragm varies accordingly.
(8 Points)

a. Ribbon

b. Condenser

c. Dynamic
13.In these types of microphones a physical cone acts like a lens to concentrate the incoming sound waves. The concentrated energy of these sound waves moves the cone and its attached coil of wire back and forth inside a magnetic field. The magnetic field induces electricity to flow through the wire to produce an electrical signal which is the microphone's output.
(8 Points)

a. Ribbon

b. Condenser

c. Dynamic
14.These microphones consist of a thin strip of metallic foil suspended in front of a magnetic plate. Sound waves cause the foil to vibrate, producing fluctuations in the electrical current, creating the audio signal.
(8 Points)

a. Ribbon

b. Condenser

c. Dynamic