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CivilAdvanced Survey
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Which of the following cannot be done with the help of non-transit theodolite?

A

Back sighting

B

Face left to Face right

C

Transiting

D

All of the above

Correct Answer

тЪЩя╕П TE тАв Technical Concept & PrincipleCivilAdvanced Survey
Option D

All of the above

Quick Summary:

A non-transit theodolite is a simplified type of theodolite where the telescope cannot be revolved 180 degrees in a vertical plane ┬╖ Consequently, it is incapable of performing 'transiting' (plunging), changing 'face' (face left to face right), or taking accurate back-sights through rotation of the telescope across the horizontal axis.

тЪЩя╕ПTETechnical SolutionConcept & Principle
ЁЯТб Explanation

A non-transit theodolite is a simplified type of theodolite where the telescope cannot be revolved 180 degrees in a vertical plane ┬╖ Consequently, it is incapable of performing 'transiting' (plunging), changing 'face' (face left to face right), or taking accurate back-sights through rotation of the telescope across the horizontal axis.

тЪЩя╕П Working Principle

The design of a non-transit theodolite restricts the telescope to vertical rotation only within a limited range ┬╖ Because the telescope cannot be rotated around its horizontal axis (the trunnion axis), the vertical circle cannot be inverted, preventing the standard procedure of face change to eliminate instrumental errors.

ЁЯУМ Key Points
  • тЦ╕

    The primary distinction between transit and non-transit theodolites is the capability to rotate the telescope 180┬░ in the vertical plane.

  • тЦ╕

    Transiting is the process of turning the telescope 180┬░ in the vertical circle, which is the defining feature of a Transit theodolite.

  • тЦ╕

    Non-transit theodolites are largely obsolete in modern surveying due to their inability to eliminate collimation errors via face changes.

тЬЕ Advantages
  • тЦ╕

    Lighter in weight compared to transit theodolites

  • тЦ╕

    Mechanically simpler design

тЭМ Disadvantages / Limitations
  • тЦ╕

    Cannot eliminate systematic errors by face change

  • тЦ╕

    Limited field applications compared to transit theodolites

  • тЦ╕

    Incapable of direct vertical angle measurement over full range

ЁЯЫая╕П Applications / Uses
  • тЦ╕

    Basic surveying educational demonstrations

  • тЦ╕

    Limited horizontal angle measurement tasks

ЁЯФД Comparison Table
FeatureNon-TransitTransit

Vertical Rotation

Restricted (< 180┬░)

Full (360┬░)

Face Change

Not Possible

Possible

ЁЯУД Additional Information
  • тЦ╕

    The term 'transit' refers to the action of rotating the telescope 180 degrees around its horizontal trunnion axis.

  • тЦ╕

    Option A (Back sighting) is typically performed by rotating the theodolite in the horizontal plane, but for non-transit theodolites, the lack of face-reversal prevents the standard elimination of observational error in sighting.

ЁЯУК Diagram / Illustration
Non-Transit Theodolite LimitationsTransiting (Plunging) = Not PossibleFace Change (FL to FR) = Not PossibleVertical Rotation Range < 180┬░
тЬЕ

D is correct тАФ A non-transit theodolite lacks the mechanical provision to rotate the telescope 180 degrees vertically, making transiting, face changing, and precise back-sighting impossible.

Core Concepts Used
Click any tag to open in AI Tutor
Theodolite mechanics Transiting (Plunging) Instrumental errors Surveying instrumentation
ЁЯТб EXAM TIP

Always remember that the word 'transit' in surveying refers specifically to the capability of plunging the telescope to eliminate instrumental errors.

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