Q#2: An open traverse survey using theodolite has been carried out and following deflection angles were observed: Stations Observed Deflection Angles α Designation of Deflection Angle A 280 25’ 00’ (L) B 680 03’ 30’’ (L) C 1200 34’ 00’’ (L) D 580 30’ 00’’ (R) E 1080 13’ 30’’ (L) F 160 50’ 00’’ (R) G 1100 00’ 30’’ (L) Compute error of closure in above deflection angles. Find out the adjusted deflection angles using computed error in part (a).
Q#2: An open traverse survey using theodolite has been carried out and following deflection angles were observed: Stations Observed Deflection Angles α Designation of Deflection Angle A 280 25’ 00’ (L) B 680 03’ 30’’ (L) C 1200 34’ 00’’ (L) D 580 30’ 00’’ (R) E 1080 13’ 30’’ (L) F 160 50’ 00’’ (R) G 1100 00’ 30’’ (L) Compute error of closure in above deflection angles. Find out the adjusted deflection angles using computed error in part (a).
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Q#2: An open traverse
Stations |
Observed Deflection Angles α |
Designation of Deflection Angle |
A |
280 25’ 00’ |
(L) |
B |
680 03’ 30’’ |
(L) |
C |
1200 34’ 00’’ |
(L) |
D |
580 30’ 00’’ |
(R) |
E |
1080 13’ 30’’ |
(L) |
F |
160 50’ 00’’ |
(R) |
G |
1100 00’ 30’’ |
(L) |
- Compute error of closure in above deflection angles.
- Find out the adjusted deflection angles using computed error in part (a).
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