HamSandwich

The hobby that turns attics into antenna farms.

Study › General › G2D

G2D

OPERATING PROCEDURES

- Volunteer Monitor Program; HF operations

Drill results are kept in this browser. Log in to keep them on your account and get a study plan.

G2D011 of 11

What is the Volunteer Monitor Program?

Why The Volunteer Monitor Program is a formal agreement between the ARRL and the FCC, launched in 2019 to replace the old Official Observer program. Trained amateur volunteers listen on the bands, document apparent rule violations and also note exemplary operation, then forward their evidence to the FCC, which handles any enforcement. The volunteers have no enforcement authority themselves; they are the FCC's ears on the air.
Watch out The choice about giving licensing exams describes Volunteer Examiners (VEs) in the VEC system, and the coordination choice describes volunteer frequency coordinators for repeaters, both separate programs; helping civil defense describes RACES or ARES.
Monitor means listen: VMs monitor the airwaves, VEs give exams, coordinators assign repeater pairs.
HamSandwich explanation, first draft. The question and answers are the NCVEC text.
G2D022 of 11

Which of the following are objectives of the Volunteer Monitor Program?

Why The Volunteer Monitor Program is a cooperative agreement between the ARRL and the FCC in which trained amateur volunteers monitor the bands, document apparent violations for possible FCC enforcement, and also send commendations for good operating. Its stated purpose is to encourage amateurs to police their own bands and operate within the rules, freeing FCC enforcement resources for serious cases. It replaced the older Official Observer program in 2019.
Watch out Licensing exams are run by Volunteer Examiners under a VEC, emergency communications are the domain of groups like ARES and RACES, and repeater frequencies are handled by local frequency coordinators. None of those are the Volunteer Monitor function.
Monitor = watch the bands and nudge hams to self-regulate. Exams are VE, emergencies are ARES, repeaters are coordinators.
HamSandwich explanation, first draft. The question and answers are the NCVEC text.
G2D033 of 11

What procedure may be used by Volunteer Monitors to localize a station whose continuous carrier is holding a repeater on in their area?

Why A stuck carrier is transmitting on the repeater's input frequency, so monitors listen there, not on the output. Each Volunteer Monitor points a directional antenna at the signal from their own location and notes the bearing; plotting two or more bearings on a map lets the lines cross at the transmitter's location. That is classic triangulation, or radio direction finding, and it is the standard method for tracking down an interfering or stuck station.
Watch out Comparing input and output signal strengths tells you nothing about direction, since the repeater output comes from the repeater site, not the offending station, and polarization comparisons do not give a bearing either.
Find the offender by direction, not by strength: multiple beam headings on the INPUT frequency cross at the culprit.
HamSandwich explanation, first draft. The question and answers are the NCVEC text.
G2D044 of 11

Which of the following describes an azimuthal projection map?

Why An azimuthal (azimuthal equidistant) projection is drawn centered on one specific point, usually your own station. Great circle paths from that center appear as straight radial lines, so the compass bearing you read off the map is the true short-path heading to aim a directional antenna, and distances measured outward from the center are correct. The tradeoff is that land masses far from the center get badly stretched and distorted.
Watch out The choice about accurate land masses describes what an azimuthal map gives up; the satellite choices describe orbital inclination and longitude increment per orbit, which belong to satellite tracking, not HF beam headings.
Azimuth = bearing. Center the map on your QTH, read the heading straight off, point the beam.
HamSandwich explanation, first draft. The question and answers are the NCVEC text.
G2D055 of 11

Which of the following indicates that you are looking for an HF contact with any station?

Why "CQ" is the universal call meaning "seek you," an invitation for any station to answer. The standard HF pattern is a short series of CQs, then "this is" and your call sign given a few times, then release and actually listen before repeating. Repeating your call several times helps stations catch it through QSB and QRM, and pausing to listen is what makes the call useful, since a call no one listens after is just noise. The common "3 by 3" rhythm (three CQs, call sign three times) fits this pattern.
Watch out QTC is the Q signal for "I have a message for you," not a general call, and transmitting an unmodulated carrier serves no identifying purpose and just occupies the frequency.
CQ = "seek you." Call CQ, give your call, then shut up and listen.
HamSandwich explanation, first draft. The question and answers are the NCVEC text.
G2D066 of 11

How is a directional antenna pointed when making a "long-path" contact with another station?

Why Radio signals can travel either the short great-circle route between two stations or the opposite way around the world, the long path. Since both routes lie on the same great circle through the two stations, the long-path bearing is simply the short-path bearing plus or minus 180 degrees, and the two distances add up to about 24,900 miles. Long path is worth trying when the direct route crosses harsh conditions such as a daylight polar path, because the long way around may be entirely in darkness or otherwise better propagated.
Watch out The gray line is the terminator between day and night, used for gray-line propagation at sunrise and sunset; that is a different technique, though gray-line and long-path openings often occur at the same times.
Long path = short path plus 180 degrees. Just spin the beam around backwards.
HamSandwich explanation, first draft. The question and answers are the NCVEC text.
G2D077 of 11

Which of the following are examples of the NATO Phonetic Alphabet?

Why The NATO/ITU phonetic alphabet is the international standard used in amateur radio, aviation and maritime service, and it begins Alpha, Bravo, Charlie, Delta. Using it makes call signs and spelling clear across language barriers and through noisy HF conditions, which is why the FCC and the ARRL both recommend it for identification.
Watch out The set starting Able, Baker, Charlie, Dog is the older US military (Joint Army/Navy) alphabet retired in the 1950s, and Adam, Boy, Charles, David is a US police/APCO list; geographic words like America, Boston, Canada are informal and not standardized.
Only one list starts with Alpha, Bravo. If it starts with Able or Adam or America, it is not NATO.
HamSandwich explanation, first draft. The question and answers are the NCVEC text.
G2D088 of 11

Why do many amateurs keep a station log?

Why The FCC dropped the mandatory logging requirement for amateur stations decades ago, so keeping a log is voluntary. Amateurs still log because a record of dates, times, frequencies, power and contacts lets you answer intelligently if the FCC or a Volunteer Monitor asks about your operation, for example after an interference complaint. Logs also support QSLing and awards, but the exam answer focuses on documenting what your station was doing and when.
Watch out The choices about the FCC requiring logs of international contacts or third-party traffic sound plausible but no such logging rule exists in Part 97; license renewal is also purely administrative and never depends on proving operation.
No FCC rule says log it, but a log is your best witness if the FCC comes asking.
HamSandwich explanation, first draft. The question and answers are the NCVEC text.
G2D099 of 11

Which of the following is required when participating in a contest on HF frequencies?

Why Contest operating is just normal amateur operating with a score attached. FCC rules still apply in full, including the 10-minute identification requirement of 97.119, so you must send your call sign at least every 10 minutes during a contact and at its end. Contest sponsors may ask for logs or encourage QSLing, but those are the sponsor's rules or courtesies, not FCC requirements.
Watch out Submitting a log is a condition for having your score published by the sponsor, and QSLing is entirely voluntary; neither is anything the FCC requires.
Contests change your operating style, not the rules: ID every 10 minutes, same as always.
HamSandwich explanation, first draft. The question and answers are the NCVEC text.
G2D1010 of 11

What is QRP operation?

Why QRP comes from the Q-signal QRP, which means "reduce power" (QRO means increase power). Hams have adopted it as shorthand for operating deliberately at low power, conventionally 5 watts output or less on CW and digital modes, and often 10 watts PEP or less on SSB. QRP operators rely on good antennas, efficient modes and propagation to make contacts with a fraction of the usual power.
Watch out The invented "Quick Response Protocol" is a made-up expansion; QRP is a traditional Q-signal, not an acronym for a data protocol.
QRP = Reduce Power, QRO = Ramp it Over. 5 watts is the classic QRP CW limit.
HamSandwich explanation, first draft. The question and answers are the NCVEC text.
G2D1111 of 11

Why are signal reports typically exchanged at the beginning of an HF contact?

Why Exchanging RST early tells each operator how well they are actually being heard, which is the practical basis for everything that follows in the QSO. If the report is weak or noisy, you can raise power, switch antennas, slow your CW or use phonetics and repeats; if signals are strong, you can drop power and chat normally. It is an efficiency habit, not a regulation, and it lets both stations tailor the contact to current propagation and noise conditions.
Watch out Award programs such as DXCC or WAS do not require a signal report to be exchanged, so the answer about making the contact count is wrong; and a subjective readability and strength report says nothing about frequency accuracy, so it cannot calibrate a display.
Signal report first = 'how do I need to talk to you?' It sets power, mode and repeats, not awards or calibration.
HamSandwich explanation, first draft. The question and answers are the NCVEC text.
Icom IC-7300 HF/50MHz Base TransceiverSponsored · View on Amazon →ARRL Ham Radio License ManualSponsored · View on Amazon →
← G2C All groups G2E →