Beam Deflections A simply supported beam having a rectangular cross section 80mm in height x 40mm in width is subjected to a concentrated load of 300 N. The moment of inertia is 1.7067 x 106 mª, and the flexural rigidity El is 20.48 Nm?. B. Im Neglecting the weight of the beam, determine the maximum displacement. 6.8 mm b. 7.1 mm с. 6.5 mm d. O mm а. 2. Neglecting the weight of the beam determine the maximum slope angle of the beam. 0.549 deg b. 0.621 deg 0.487 deg. d. 1521 lb а. С. 3. The deflection at A is 6.8 mm b. 7.1 mm a. С. 6.5 mm d. O mm

Beam Deflections A simply supported beam having a rectangular cross section 80mm in height x 40mm in width is subjected to a concentrated load of 300 N. The moment of inertia is 1.7067 x 106 mª, and the flexural rigidity El is 20.48 Nm?. B. Im Neglecting the weight of the beam, determine the maximum displacement. 6.8 mm b. 7.1 mm с. 6.5 mm d. O mm а. 2. Neglecting the weight of the beam determine the maximum slope angle of the beam. 0.549 deg b. 0.621 deg 0.487 deg. d. 1521 lb а. С. 3. The deflection at A is 6.8 mm b. 7.1 mm a. С. 6.5 mm d. O mm

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Beam Deflections
A simply supported beam having a rectangular cross section 80mm in height x 40mm in width is
subjected to a concentrated load of 300 N. The moment of inertia is 1.7067 x 106 mª, and the flexural rigidity El is
20.48 Nm?.
B.
Im
Neglecting the weight of the beam, determine the maximum displacement.
6.8 mm
b. 7.1 mm
с. 6.5 mm
d. O mm
а.
2.
Neglecting the weight of the beam determine the maximum slope angle of the beam.
0.549 deg
b. 0.621 deg
0.487 deg.
d. 1521 lb
а.
С.
3. The deflection at A is
6.8 mm
b. 7.1 mm
a.
С.
6.5 mm
d. O mm

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