Basic 2 Flashcards

(39 cards)

1
Q

Mercator:

A
  • Great Circle -> Great Circle concave to Equator nearer to poles
  • Rhumb Line ->Rhumb Line Straight nearer to equator
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2
Q

Polar Stereograhpic:

A
  • Great Circle -> concave to Pole nearer to poles
  • Rhumb Line -> concave to Pole nearer to equator
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3
Q

Lambert Conformal Projection:

A
  • Great Circle -> Concave to Parallel of origin nearer to poles
  • Rhumb line -> concave to pole nearer to equator
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4
Q

MercatOr convergence

A

= 0

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5
Q

Po1ar convergence

A

= 1

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6
Q

Scale is correct =

A

standard parallels

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7
Q

Scale is smallest =

A

Parallel of origin

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8
Q

Isogonal =

A

Same magnetic variation

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9
Q

Aclinic =

A

Zero magnetic dip

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10
Q

Agonic =

A

Zero magnetic variation

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11
Q

Gradient percentage =

A

Height diff x100 / Distance

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12
Q

Gradient degrees =

A

Arctg x Height diff / Distance

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13
Q

check a time»_space;

A

East-West

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14
Q

Check track»_space;

A

North-South

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15
Q

perpendicular =

A

progress

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16
Q

parallel =

A

deviation from track

17
Q

Oriented to the TRUE NORTH =>

A

Easier to read information (heights, frequencies, aeronautical and topographical info).

18
Q

Oriented to the TRACK NORTH =>

A

Easier to track progress, line feature or deviation.

19
Q

constant gyro heading:

A

Great circle line

20
Q

constant true or magnetic heading:

21
Q

Difference between initial or final GC and RLT

A

is Conversion Angle

22
Q

Difference between initial GC track and final GCtrack?

A

is Earth convergency

23
Q

Chart convergency at Lambert charts with latitude?

A

Doesn’t change with latitude and stays constant.

24
Q

The Convergency at Direct Mercart0r Chart?

25
The Convergency at Pol1ar
1
26
Conversion angle =
difference between GC and RHUMB LINE
27
Convergency =
difference between INITIAL GC and FINAL GC
28
A Lambert Projection reachs its minimum value?
At the Parallel of Origin
29
The Scale is most correct at
at the Standard Parallels
30
The Convergency is most correct at
at the Parallel of Origin
31
Great circles Lambert Concave Chart =
Concave to parallel of origin
32
Great circles Direct Mercator Chart =
Concave to equator
33
A straight line on a Lambert Conformal Projection chart is
approximately a Great Circle
34
The Scale on the Direct Mercartor Chart?
Increases with Increasing distance from the Equartor.
35
The convergence in the earth depends
On the ch long and (sin) middle latitude.
36
The convergence in a chart depends
On the ch long and (sin) origin paralell.
37
Gradient percentage
= Height diff x100 / Distance
38
Gradient degrees
= arctg x Height diff / Distance
39
Agonic
0 Variation