54. A simply-supported steel beam is loaded by a distributed load as seen below. The elastic modulus of steel is 10,900 ksi and the moment of inertia about X-axis is 1500 in4. The deflection at point C (2 ft from the left support) is most nearly: w = 3 lb/ft a) 0.1 in b) 0.2 in c) 0.3 in d) 0.4 in 2 ft C 8 ft
54. A simply-supported steel beam is loaded by a distributed load as seen below. The elastic modulus of steel is 10,900 ksi and the moment of inertia about X-axis is 1500 in4. The deflection at point C (2 ft from the left support) is most nearly: w = 3 lb/ft a) 0.1 in b) 0.2 in c) 0.3 in d) 0.4 in 2 ft C 8 ft
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![54. A simply-supported steel beam is loaded by a distributed load as
seen below. The elastic modulus of steel is 10,900 ksi and the
moment of inertia about X-axis is 1500 in4. The deflection at point
C (2 ft from the left support) is most nearly:
w = 3 lb/ft
a) 0.1 in
b) 0.2 in
c)
0.3 in
d)
0.4 in
2 ft
C
8 ft](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F891158e7-f72e-4d14-a4f8-16ba818c6e99%2Fd1f29e4d-eea5-4a20-8d5f-77772265bbf4%2Fx4hbjz9_processed.jpeg&w=3840&q=75)
Transcribed Image Text:54. A simply-supported steel beam is loaded by a distributed load as
seen below. The elastic modulus of steel is 10,900 ksi and the
moment of inertia about X-axis is 1500 in4. The deflection at point
C (2 ft from the left support) is most nearly:
w = 3 lb/ft
a) 0.1 in
b) 0.2 in
c)
0.3 in
d)
0.4 in
2 ft
C
8 ft
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