8k- P 12 ft L 10 in² 10 k- 16 ft E 10 in² A 20 ft Q M 8 in² N 6 in² F 8 in² B G 15 ft- (a) Show how to determine (approximately) the reactions at the base of the columns of the frame shown in Fig. 7-17a. The columns have the cross- sectional areas shown in Fig. 7-17b. Use the cantilever method of analysis. 6 in2 C R K -25 ft O 10 in² H 10 in² D 10 in.² I -20 ft 8 in. H 15 ft (b) 6 in.² 2 I 25 ft 10 in.² I
8k- P 12 ft L 10 in² 10 k- 16 ft E 10 in² A 20 ft Q M 8 in² N 6 in² F 8 in² B G 15 ft- (a) Show how to determine (approximately) the reactions at the base of the columns of the frame shown in Fig. 7-17a. The columns have the cross- sectional areas shown in Fig. 7-17b. Use the cantilever method of analysis. 6 in2 C R K -25 ft O 10 in² H 10 in² D 10 in.² I -20 ft 8 in. H 15 ft (b) 6 in.² 2 I 25 ft 10 in.² I
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Please show the complete solution on how to determine (approximately) the reactions at thr base of the columns of the frame shown. The columns have cross sectional areas shown. Use Cantilever Method of analysis. Also please provide complete Free Body Diagram. I need this answer As Soon As Possible. Thank you!
Transcribed Image Text:8 k
10 k
P
12 ft L 10 in²
16 ft E 10 in²
A
I
- 20 ft
Q
M 8 in²
J
F8 in²
B
15 ft
(a)
Show how to determine (approximately) the reactions at the base of the
columns of the frame shown in Fig. 7-17a. The columns have the cross-
sectional areas shown in Fig. 7-17b. Use the cantilever method of analysis.
N 6 in²
G6 in²
C
R
K
-25 ft
O 10 in²
H 10 in²
D
Fig. 7-17
10 in.²
I
-20 ft
8 in.²
15 ft
(b)
6 in.²
HE
25 ft
10 in.²
I
HT
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