C3
問題一覧
1
By the azimuth motor
2
It is produced by the mutual action among the characteristic of the gyroscope rotation of the earth and gravity
3
220° PGC
4
direction of the field
5
The deviation will vary with direction
6
The gyroscopic inertia will tend to keep the plane of rotation constant
7
Precession
8
sensitive element
9
Bi-polar theory
10
deviation caused by the vessel inclination from the vertical
11
Compare the gyro azimuth of a celestial body with the computed azimuth of the body
12
It is the divergence between N-S axis of the compass card and the magnetic meridian
13
It depends upon on four natural phenomena gyroscopic inertia, precession, Earth rotation and gravity
14
Balance rotor
15
052°T
16
change of drift
17
5°59' W
18
Precession
19
Speed error
20
The compass error is equal to variation
21
Traverse table
22
Variation and deviation
23
Magnetic pole
24
Gyro inertia will tend to keep the plane of rotation constant
25
variation and deviation
26
It is to compensates for the error caused by the vertical component of the Earth's magnetic field
27
It will remain alignment with compass north
28
Variation
29
It is the indicates of the vessel's heading
30
It decrease with latitude and maximum at geographical equator
31
Magnetism from the earth magnetic field
32
directive force component
33
Your compass has an easterly error
34
magnetism from the earth magnetic field
35
Change in the course and speed
36
Compass error and variation are equal
37
The magnetic force from the earth magnetic field
38
It decreases with latitude, being maximum at the geographic equator
39
You should steer the course to 073 PSC
40
It is sent by transmitter
41
127°T
42
Comparing the azimuth of the celestial body with the computed azimuth of celestial body
43
Iron sphere mounted on a binnacle
44
If the quadrantal spheres are all the way out, replace them with smaller sphere
45
It is to compensate the induced magnetism in vertical soft iron
46
This causes a torquing if the spin axis and subsequent error in the compass reading
47
It could be corrected by the Flinders bar
48
Gimbal system
49
It is reliable due to its essential simplicity
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59問 • 1年前問題一覧
1
By the azimuth motor
2
It is produced by the mutual action among the characteristic of the gyroscope rotation of the earth and gravity
3
220° PGC
4
direction of the field
5
The deviation will vary with direction
6
The gyroscopic inertia will tend to keep the plane of rotation constant
7
Precession
8
sensitive element
9
Bi-polar theory
10
deviation caused by the vessel inclination from the vertical
11
Compare the gyro azimuth of a celestial body with the computed azimuth of the body
12
It is the divergence between N-S axis of the compass card and the magnetic meridian
13
It depends upon on four natural phenomena gyroscopic inertia, precession, Earth rotation and gravity
14
Balance rotor
15
052°T
16
change of drift
17
5°59' W
18
Precession
19
Speed error
20
The compass error is equal to variation
21
Traverse table
22
Variation and deviation
23
Magnetic pole
24
Gyro inertia will tend to keep the plane of rotation constant
25
variation and deviation
26
It is to compensates for the error caused by the vertical component of the Earth's magnetic field
27
It will remain alignment with compass north
28
Variation
29
It is the indicates of the vessel's heading
30
It decrease with latitude and maximum at geographical equator
31
Magnetism from the earth magnetic field
32
directive force component
33
Your compass has an easterly error
34
magnetism from the earth magnetic field
35
Change in the course and speed
36
Compass error and variation are equal
37
The magnetic force from the earth magnetic field
38
It decreases with latitude, being maximum at the geographic equator
39
You should steer the course to 073 PSC
40
It is sent by transmitter
41
127°T
42
Comparing the azimuth of the celestial body with the computed azimuth of celestial body
43
Iron sphere mounted on a binnacle
44
If the quadrantal spheres are all the way out, replace them with smaller sphere
45
It is to compensate the induced magnetism in vertical soft iron
46
This causes a torquing if the spin axis and subsequent error in the compass reading
47
It could be corrected by the Flinders bar
48
Gimbal system
49
It is reliable due to its essential simplicity