Solve ONLY LETTER D and E. The first three subparts are already answered in my previous question. See attached photos. Show complete process.
Solve ONLY LETTER D and E. The first three subparts are already answered in my previous question. See attached photos. Show complete process.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
Related questions
Question
Solve ONLY LETTER D and E.
The first three subparts are already answered in my previous question.
See attached photos. Show complete process.
![Given:
Lines
Bearing
S 73°21'E
S 40°10'E
S 26°42'W
N 14°20’W
N 12°20'E
Distances
А-B
247.20
В-С
154.30
С-D
611.90
D-E
E-A
Find the following
A. Illustrate the give traverse
B. Length of course DE.
C. Length of course E-A
D. Length of the closing line
E. Compute the area of the traverse using DPD method.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F30be6b4e-b74f-49b2-9790-1e686089815a%2F49298fc4-b945-4fe4-9a57-ce0bcb49a5cb%2Fywi4w0q_processed.png&w=3840&q=75)
Transcribed Image Text:Given:
Lines
Bearing
S 73°21'E
S 40°10'E
S 26°42'W
N 14°20’W
N 12°20'E
Distances
А-B
247.20
В-С
154.30
С-D
611.90
D-E
E-A
Find the following
A. Illustrate the give traverse
B. Length of course DE.
C. Length of course E-A
D. Length of the closing line
E. Compute the area of the traverse using DPD method.
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ASK
탄 CHAT
Vx MAΤΗ
A)
A
247.20
B
Grien
Traverse
i54.30
E
611. g0
Step 3
Lines
Bearing QSB
BEARING WCB
DISTANCES
LATITUDE
DEPARTURE
AB
S 73
21 E
106.65
247.20
-70.83
236 84
AB
S 73
21 E
106.65
247.20
-70.83
236.84
вс
S40 10 E
139.83
154.30
-117.91
99.53
CD
S26 42 W
206.7
611.90
-546.65
-274.94
DE
N14 20 W
345.67 X
0.97 X
-0.25 X
EA
N12 20 E
12.33 Y
0.98 Y
0.21 Y
where
Latitude
= Lcoso
Departure = L sine.
= [sine.
Now
Know
we
Elatitudes = 0
%3D
:.
-70.83-117-91-546.65+ o-97X +0.98Y
=>
0.97X t0:98y = 735-39
Similarly, E Depailures
0.
;: 236.84 +99.53 -274.94-0.25X +0.2) Y = 0
-0 252 +0'21Y
= - 61.43
0:25R - 0:21Y
DY
61.43
Step 4
From i) and (li) we
get
X = 478-34s
Y= 276.g3
b) Length of course DE = 478.345
C) Lengia of Course EA = 276:92
T.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F30be6b4e-b74f-49b2-9790-1e686089815a%2F49298fc4-b945-4fe4-9a57-ce0bcb49a5cb%2Fqrdorva_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Get live help whenever you Try bartleby
tutor today
need from online tutors!
Q SEARCH
ASK
탄 CHAT
Vx MAΤΗ
A)
A
247.20
B
Grien
Traverse
i54.30
E
611. g0
Step 3
Lines
Bearing QSB
BEARING WCB
DISTANCES
LATITUDE
DEPARTURE
AB
S 73
21 E
106.65
247.20
-70.83
236 84
AB
S 73
21 E
106.65
247.20
-70.83
236.84
вс
S40 10 E
139.83
154.30
-117.91
99.53
CD
S26 42 W
206.7
611.90
-546.65
-274.94
DE
N14 20 W
345.67 X
0.97 X
-0.25 X
EA
N12 20 E
12.33 Y
0.98 Y
0.21 Y
where
Latitude
= Lcoso
Departure = L sine.
= [sine.
Now
Know
we
Elatitudes = 0
%3D
:.
-70.83-117-91-546.65+ o-97X +0.98Y
=>
0.97X t0:98y = 735-39
Similarly, E Depailures
0.
;: 236.84 +99.53 -274.94-0.25X +0.2) Y = 0
-0 252 +0'21Y
= - 61.43
0:25R - 0:21Y
DY
61.43
Step 4
From i) and (li) we
get
X = 478-34s
Y= 276.g3
b) Length of course DE = 478.345
C) Lengia of Course EA = 276:92
T.
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