SAR Fundamentals/Navigation/Map/Triangulation

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(Time Plan)
Current revision (08:07, 8 December 2018) (edit) (undo)
(Time Plan)
 
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* Best points to triangulate are 90 degrees apart.
* Best points to triangulate are 90 degrees apart.
 +
* Best points are nearby
* draw intersections of error arcs.
* draw intersections of error arcs.
 +
* or use cord to illustrate sweeping out error position from various angles
{{lesson slides end}}
{{lesson slides end}}

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Contents

[edit] Subject

What is this lesson plan about?


[edit] Authors

List who wrote this lesson plan.

Brett Wuth

[edit] Scope

What is included in this lesson, what's not and why.

SAR Fundamentals Manual: Ch.13 "Navigation"
Basic SAR Skills Manual: Ch.7 "Navigation"

[edit] Prerequisites

What should students already know/have accomplished before the lesson is presented.

  • Students know how to find UTMs and the bearings between them on a topo map
  • Students can recognize hills, water courses, and cutlines on a topo map

[edit] Objectives

At the conclusion of this lesson the participants:

  1. will be able to ...

[edit] Time Plan

Total Time: 45 minutes

  • 2013-02: 44 min


Time Material


00:00

3 min

Introduce topic title

Introduce Instructor

Present Objectives

00:03



Notion of a bearing from a linear feature:

You are on the left bank of the Castle River. You spot the Carbondale Lookout Tower at a bearing of ... degrees True North. Where are you?

Examples are listed in Samples in aids section.

  • discuss left vs right bank



10 min

Notion of a bearing from a straight line feature:

You are on the cutline from UTM ... to UTM ... . You spot the Carbondale Lookout Tower at a bearing of ... degrees True North. Where are you?

Examples are listed in Samples in aids section.



23 min

Notion of two bearings:

You see the top of the hill at UTM ... at a bearing of ... degrees True North. You also spot the Carbondale Lookout Tower at a bearing of ... degrees True North. Where are you?

Examples are listed in Samples in aids section.



  • discuss which examples were easier, more accurate.
  • Best points to triangulate are 90 degrees apart.
  • Best points are nearby
  • draw intersections of error arcs.
  • or use cord to illustrate sweeping out error position from various angles


[edit] Aids

What materials are needed or useful in presenting this lesson.


  • 82G/8 for each pair of students
  • plenty of table space
  • overhead projector
  • screen
  • slides of topo maps
  • a compass for each pair of students
  • pencil for each student
  • map quality eraser for each pair
  • /Samples

[edit] Question bank

List of questions suitable for an review/exam of this section.

See Question bank

[edit] Frequently Asked Questions

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[edit] Feedback

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[edit] License

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Copyright © 2012, Brett Wuth. This work is licensed under a Creative Commons Attribution-NonCommercial 2.5 Canada License. To view a copy of this license, visit http://creativecommons.org/licenses/by-nc/2.5/ca/ or send a letter to Creative Commons, 559 Nathan Abbott Way, Stanford, California 94305, USA.

[edit] Reference Material

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[1]

[edit] Notes

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