NAVIGATION 04

Which term refers to the following angular distance of a Celestial body North or South of Equinoctial?
Zenith distance
Declination
Polar Distance
Celestial Equator
Time Diagram is a diagram on the plane of the____.
celestial horizon
celestial meridian
celestial equator
prime meridian
Which of the following LHA rate of change of 1 degree every 4 minutes is mainly caused by______.
the revolution of the earth around the sun
change of altitude of the body
maximum declination of 23.5 degrees
the rotation of the earth on its axis
How do you calculate the Geographical Position of a celestial body if the GMT is known?
By the body's declination and GHA
By the body's zenith distance and GHA
By the body's declination and SHA
By the body's zenith distance and SHA
Daylight is longer than darkness when_____.
latitude and declination have the same name
altitude is equal to zero
declination is at its maximum
the altitude of the observer is zero
Where is the body if the LHA is 180°?
Upper Transit
Lower transit
Prime vertical circle
PnPs line
Which of the following can be considered as location of the body if LHA is 360°?
Upper Transit
Lower transit
Prime vertical circle
PnPs line
The two opposite points of the celestial sphere where it is pierced by the earth's axis is called_____.
Celestial Pole
Celestial Equator
Right Ascension
Celestial Meridian
Which of the following arc of the equinoctial system of coordinates that is contained between the hour circle of Aries measured westward to the hour circle of the body?
Right Ascension
Greenwich Hour Angle
Sidereal Hour Angle
Local Hour Angle
Which of the following conventional representation of the sky as a spherical shell on which the celestial bodies appear projected?
Celestial Equator
Celestial Sphere
Celestial Horizon
Celestial Meridian
The sun's true altitude at meridian passage was 61° 25'S, the sun declination is 16° 23'N. Find the latitude of the observer?
44° 58'N
44° 58'S
28° 35'N
28° 35'S
The navigator observed the planet, Venus, at 90° altitude, declination is 22° 37.6' N, If the GHA is 208° 14.3’. Compute for the longitude of the observer
151° 45.7 E
151° 46.0 E
151° 54.7 E
151° 46.0 W
The navigator observed the planet, Venus, at 90° altitude, declination is 22° 37.6' N If the GHA is 208° 14.3". Compute for the latitude of the observer.
22° 37.8'N
67° 22.4'N
22° 37.6'N
67° 22.8'N
In low latitudes, the full Moon will always rise at about____.
Sunrise
Sunset
1200 LMT
2400 LMT
In low latitudes, the new Moon will always rise at about____.
Sunrise
Sunset
1200 LMT
2400 LMT
The difference between local apparent time and local mean time is indicated by the______.
zone description
longitude in time
equation of time
local apparent noon
Which of the following whole number of hours that must be subtracted or added to zone time to obtain GMT is______.
Zone time
GMT
Zone Description
LMT
Which of the following time is based on the movement of the visible sun along the ecliptic, the time is known as____.
mean time
apparent time
visible time
real-time
Which of the following time used by astronomers determined by the position of the first point of Aries in the celestial sphere is called_____.
Sidereal time
Local time
Greenwich time
Apparent time
Which of the following angle at the celestial pole contained between the anti meridian of the observer and the meridian of the mean sun, measured westward from the anti meridian of the observer and expressed in units of time is called_____.
Local Apparent Time
Local Mean Time
Greenwich Apparent Time
Greenwich Mean Time
A local time of an observer on Greenwich meridian is called_____.
Local Time
Apparent Time
Greenwich Time
Universal Time
How are you going to find Local meantime if you are on east longitude?
By adding LMT to ZD
By adding GMT to Longitude in time
By subtracting LMT to ZD
By subtracting GMT to Longitude in time
Which of the following time do you call the mean solar time on the Greenwich meridian?
Local Time
Universal Time
Apparent Time
Greenwich Time
Which of the following procedure can we measure solar time?
By using apparent solar time
By using mean solar time
By using Astronomical Mean Sun
By using apparent mean sun
How many hours is a solar day?
24 hours 00 minutes 00 seconds
24 hours 50 minutes 00 seconds
23 hours 56 minutes 04 seconds
23 hours 00 minutes 00 seconds
Which of the following angular distance between the prime vertical and the vertical circle of the body during sunrise and sunset is called___.
Azimuth angle
Azimuth
Amplitude
Bearing
Which of the following time on the period between sunset and darkness in the evening and darkness and sunrise in the morning is called____.
Civil twilight
Astronomical twilight
Nautical twilight
Twilight
Which of the following constellation contains the pointer stars to locate the star Polaris?
Cassiopeia
Ursa minor
Orion
Ursa major
The shaded rectangle in the Nautical Almanac means_____ .
constant daylight
twilight all day
constant night
twilight all night
Which of the symbol ‘////’ is shown in place of time to indicate____.
twilight throughout the night
constant daylight
twilight all day
constant night
Determine the compass error by observation of the sun's amplitude. (10 points). T12, LO2.5 App Given: Date Dec. 27, 2016, UTC 0400Z, Lat 22°N, Long 030°E, Gyro bearing 115°, Gyro course 015°, Magnetic course 011°, Variation 3.5°E, Sun's amplitude is rising.
Solve
Mo
May
Papel
Na
Binigay
. On February 17, 2016, @ UT 0000H in DR Position Latitude 30°N, Longitude 057° 07.2’ W, an observation of Polaris gave a sextant altitude of 30° 15.0' and bears by Gyro 356.6°, index error 3.3’ on the arc, height of eye is 27 feet, Variation is 5.2° E, GHA if Aries is 146° 25', altitude correction is 0.8', gyro course is 001°, the magnetic course is 359°.
Solve
Mo
May
Papel
Na
Binigay
0
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