Ham Radio Technician Test General 5

Question 1

What is the purpose of a dummy load?

Accepted Answer

To allow transmitter testing without radiating a signal

Answer

To increase antenna gain during contests

Answer

To reduce transmitter output power for low-power operation

Answer

To match an antenna to a different frequency band

Question 2

Which ITU region is the United States located in?

Accepted Answer

Region 2

Answer

Region 1

Answer

Region 3

Answer

Region 4

Question 3

What is the correct term for an amateur radio operator who is licensed but not yet holding General or Amateur Extra privileges?

Accepted Answer

Technician

Answer

Novice

Answer

Conditional

Answer

Limited

Question 4

What is the function of a transceiver's squelch control?

Accepted Answer

To mute the receiver audio when no signal is present

Answer

To reduce transmitter power during pauses

Answer

To filter out adjacent channel interference

Answer

To lock the frequency to prevent accidental changes

Question 5

What is a key characteristic of the 6-meter band (50-54 MHz) for Technician licensees?

Accepted Answer

It can support long-distance propagation via sporadic E skip

Answer

It is restricted to FM voice only

Answer

It requires a special operating permit for DX contacts

Answer

It is shared exclusively with military users

Question 6

What is the correct response if you hear a distress call on a frequency you are monitoring?

Accepted Answer

Respond immediately and offer assistance, then notify emergency services

Answer

Wait to see if a stronger station responds first

Answer

Ignore it and change frequencies to avoid involvement

Answer

Log the call and report it to the FCC within 24 hours

Question 7

What is the primary advantage of using a directional (Yagi) antenna compared to a vertical omnidirectional antenna?

Accepted Answer

Higher gain in a specific direction, increasing effective radiated power toward the target

Answer

Lower cost and simpler construction

Answer

Wider frequency coverage across multiple bands

Answer

Reduced interference from all directions equally