Which of the following is correct in case of angle members?(a) connection of lug angle to angle member should be capable of developing a strength of 10% of excess of force of outstanding leg of angle(b) connection of lug angle to angle member should be capable of developing a strength of 20% of excess of force of outstanding leg of angle(c) lug angles and their connection to gusset should be capable of developing a strength of less than 20% of excess of force of outstanding leg of angle(d) lug angles and their connection to gusset should be capable of developing a strength of not less than 20% of excess of force of outstanding leg of angleThis question was posed to me in homework.I'm obligated to ask this question of Lug Angles, Splices & Gusset Plates in section Design of Tension Members of Design of Steel Structures

Which of the following is correct in case of angle members?(a) connect

1.	Which of the following is correct in case of angle members?(a) connection of lug angle to angle member should be capable of developing a strength of 10% of excess of force of outstanding leg of angle(b) connection of lug angle to angle member should be capable of developing a strength of 20% of excess of force of outstanding leg of angle(c) lug angles and their connection to gusset should be capable of developing a strength of less than 20% of excess of force of outstanding leg of angle(d) lug angles and their connection to gusset should be capable of developing a strength of not less than 20% of excess of force of outstanding leg of angleThis question was posed to me in homework.I'm obligated to ask this question of Lug Angles, Splices & Gusset Plates in section Design of Tension Members of Design of Steel Structures
Answer» Correct answer is (d) lug angles and their connection to gusset should be capable of developing a strength of not LESS than 20% of excess of force of outstanding leg of angle The BEST I can explain: In CASE of angle MEMBERS, lug angles and their connection to gusset should be capable of developing a strength of not less than 20% of excess of force of outstanding leg of angle, and the connection of lug angle to angle member should be capable of developing a strength of 40% of excess of force.

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