Exam Prep

Question 1

Frequency range of the 75/80m band

Answer 1

3.5-4 MHz

Question 2

Frequency range of the 40m band

Answer 2

7-7.3 mhz

Question 3

Frequency range of the 20m band

Answer 3

14.000-14.350 mhz

Question 4

Frequency range of the 15m band

Answer 4

21.000-21.450 mhz

Question 5

Frequency range of the 10m band

Answer 5

28.000-29.700 mhz

Question 6

Frequency range of the 160m band

Answer 6

1.8-2.0MHz

Question 7

The maximum authorized bandwidth within 50-148 MHz shall not

Answer 7

Exceed 10 times that of a CW emission 30kHz

Question 8

The maximum authorized bandwidth within the band 28 - 29.7 MHz is

Answer 8

20kHz

Question 9

The band that has a maximum allowed bandwidth of less than 6 kHz is

Answer 9

10.1 - 10.15 MHz

Question 10

SSB is not permitted in this band

Answer 10

10.1 - 10.15 MHz

Question 11

The bandwidth is determined by

Answer 11

frequency band occupied by the sign at 26dB bellow max amplitude

Question 12

Max power for basic qualification on 147 MHz

Answer 12

250W DC input

Question 13

Max power for SSB operation on 7055 kHz

Answer 13

560W PEP output

Question 14

Max input for advanced qualification is

Answer 14

1000W

Question 15

In which International Telecommunication Union Region is Canada

Answer 15

region 2

Question 16

Canadian radio amateurs must also comply with the regulations of the

Answer 16

Act and Radiocommunication Regulations
AND
International Telecommunication Union

Question 17

Canada is located in ITU region

Answer 17

2

Question 18

Australia, Japan, and Southeast Asia are in which ITU Region

Answer 18

3

Question 19

What is the purpose of the Safety Code 6

Answer 19

It gives RF exposure limits for the human body

Question 20

what frequencies cause us the greatest risk from RF energy

Answer 20

30 to 300 MHz

Question 21

permissible exposure levels of RF fields: increases, as frequency is increased above

Answer 21

300MHz

Question 22

Interference is caused by lack of immunity if signal is below

Answer 22

1.83 volts per meter