The instrument used was a transit with an internal focusing telescope and a stadia interval factor of 99, compute for the gradient from A to B if all the stations are in a straight line.
The instrument used was a transit with an internal focusing telescope and a stadia interval factor of 99, compute for the gradient from A to B if all the stations are in a straight line.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
The instrument used was a transit with an internal focusing telescope and a stadia interval factor of 99, compute for the gradient from A to B if all the stations are in a straight line.
![BACKSIGHT
FORESIGHT
STA
STADIA
VERTICAL
ROD
STADIA
VERTICAL
ROD
ELEV
INTERCEPT
ANGLE
RDG.
INTERCEPT
ANGLE
RDG.
A
1.82
-14° 45'
2.1
450
2.12
-18° 12'
1.92
1.65
12° 48'
1.58
ТР1
2.3
-8* 15'
1.65
B](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F40cb8da0-cc82-4e5c-bfa7-8cc606387956%2Fd08eda5e-3c4e-44cf-957e-d0fe68cbeb29%2Fa93j6u_processed.png&w=3840&q=75)
Transcribed Image Text:BACKSIGHT
FORESIGHT
STA
STADIA
VERTICAL
ROD
STADIA
VERTICAL
ROD
ELEV
INTERCEPT
ANGLE
RDG.
INTERCEPT
ANGLE
RDG.
A
1.82
-14° 45'
2.1
450
2.12
-18° 12'
1.92
1.65
12° 48'
1.58
ТР1
2.3
-8* 15'
1.65
B
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