1- An unbraced frame is shown below.Using LRFD only find the effective length factor and check the adequacy of column AB to carry the applied load of 1200k with respect to x-axis. (Fy-50ksi; a-1.0) (1 for W24x76=2100 in¹) W14x99 W24 X 76 B W24 × 76 14 ft + IFIF W14 X 99 14 ft 7777. 30 ft 30 ft 4 P₁ =
1- An unbraced frame is shown below.Using LRFD only find the effective length factor and check the adequacy of column AB to carry the applied load of 1200k with respect to x-axis. (Fy-50ksi; a-1.0) (1 for W24x76=2100 in¹) W14x99 W24 X 76 B W24 × 76 14 ft + IFIF W14 X 99 14 ft 7777. 30 ft 30 ft 4 P₁ =
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question
![1- An unbraced frame is shown below.Using LRFD only find the effective length factor and check
the adequacy of column AB to carry the applied load of 1200k with respect to x-axis.. (Fy-50ksi;
a-1.0) (Ix for W24x76= 2100 in¹)
W14x99
T1
W24 X 76
B W24 x 76
4
W14 X 99
30 ft
30 ft
Pu=
+
++
7777.
4
14 ft
14 ft](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F00dc5a7b-82bc-408d-bc37-cbdff0a576fe%2Fa8c1797d-e788-4677-9453-39cdcab6765f%2Fij06v18_processed.jpeg&w=3840&q=75)
Transcribed Image Text:1- An unbraced frame is shown below.Using LRFD only find the effective length factor and check
the adequacy of column AB to carry the applied load of 1200k with respect to x-axis.. (Fy-50ksi;
a-1.0) (Ix for W24x76= 2100 in¹)
W14x99
T1
W24 X 76
B W24 x 76
4
W14 X 99
30 ft
30 ft
Pu=
+
++
7777.
4
14 ft
14 ft
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