1 In a two-peg test, a level was set up exactly midway between two pegs X and Y which are 50 metres apart. The readings to the pegs were: Peg X 2.394 Peg Y 1.971 The level was then set up at a point...


1 In a two-peg test, a level was set up exactly midway<br>between two pegs X and Y which are 50 metres apart. The<br>readings to the pegs were:<br>Peg X 2.394<br>Peg Y 1.971<br>The level was then set up at a point Z, 5 metres beyond<br>peg Y on the line XY and further readings taken as follows<br>Peg X 2.723<br>Peg Y 2.330<br>Calculate:<br>(a) the collimation error in the level as a percentage,<br>(b) the staff readings required to correctly adjust the<br>instrument.<br>

Extracted text: 1 In a two-peg test, a level was set up exactly midway between two pegs X and Y which are 50 metres apart. The readings to the pegs were: Peg X 2.394 Peg Y 1.971 The level was then set up at a point Z, 5 metres beyond peg Y on the line XY and further readings taken as follows Peg X 2.723 Peg Y 2.330 Calculate: (a) the collimation error in the level as a percentage, (b) the staff readings required to correctly adjust the instrument.

Jun 11, 2022
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