An inverse method of leveling is executed between two existing concrete structures and across a concrete wall located midway between the two structures. All rod readings, as indicated in the accompanying sketch, vere taken with rod held upside down. If the elevation of A (bottom of the concrete beam of the first structure) is 240. 05m, calculate the elevation of the bottom of the concrete beam of the second structure (indicated as C). Conc. Wall Bottom Line of Concrete Beam (Elev Unknown) Bottam Line of Concrate Beom (Elev 240.05 m) Leveling Rod Leveling Red Leveling Rod Leveling Rod 2.05m (BS) 2.87m (FS) 2.75m (BS) 2.30m (FS) L-

Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
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An inverse method of leveling is executed between two existing concrete structures
and across a concrete wall located midway between the two structures. All rod readings,
as indicated in the accompanying sketch, were taken with rod held upside down. If the
elevation of A (bottom of the concrete beam of the first structure) is 240. 05m, calculate
the elevation of the bottom of the concrete beam of the second structure (indicated as
C).
Cone. Wal-
Bottom Line-
of Concrete Beam
(Elev Unknown)
Bottam Line
of Concrete Beam
(Elev 240.05 m)
Leveling
Rod
Leveling
Rod
Leveling
Rod
Leveling
Rod
2.05 m
(BS)
2.87m
(FS)
2.75m
(BS)
2.30m
(FS)
L-
Transcribed Image Text:An inverse method of leveling is executed between two existing concrete structures and across a concrete wall located midway between the two structures. All rod readings, as indicated in the accompanying sketch, were taken with rod held upside down. If the elevation of A (bottom of the concrete beam of the first structure) is 240. 05m, calculate the elevation of the bottom of the concrete beam of the second structure (indicated as C). Cone. Wal- Bottom Line- of Concrete Beam (Elev Unknown) Bottam Line of Concrete Beam (Elev 240.05 m) Leveling Rod Leveling Rod Leveling Rod Leveling Rod 2.05 m (BS) 2.87m (FS) 2.75m (BS) 2.30m (FS) L-
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