Situation - A two member frame in the figure is loaded as shown.
Situation
A two member frame in the figure is loaded as shown.
June 2021
FYrh97O-3 Calculate the reactions in Newton.
Calculate the reactions in Newton.
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FYrh97O-2 Find the moment at B in N-m.
Find the moment at B in N m.
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FYrh97O-1 Find x in meters.
Find x in meters.
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FYrh97O-0 Situation. A beam 100 mm x 150 mm carrying a uniformly distributed load of 300 N/m rests on three supports spaced 3 m apart as shown below.
Situation
A beam 100 mm × 150 mm carrying a uniformly distributed load of 300 N/m rests on three supports spaced 3 m apart as shown below. The length x is so calculated in order that the reactions at all supports shall be the same.
dKi9DFQ-3 Find the maximum moment (in kN-m) that could developed at point A.
Find the maximum moment (in kN·m) that could developed at point A.
dKi9DFQ-2 Find the maximum positive shear that could developed at the section just after point A.
Find the maximum positive shear that could developed at the section just after point A.
dKi9DFQ-1 Calculate the maximum shear force that could developed at the section just before point A.
Calculate the maximum shear force that could developed at the section just before point A.
dKi9DFQ-0 Situation. The following are identified as expected loadings to the beam shown below:
Situation
The following are identified as expected loadings to the beam shown below:
Dead Load = 3.6 kN/m
Concentrated Moving Load = 22 kN
Uniform Moving Load = 12.4 kN/m
XPpFh97-3 The reaction at the bottom.
The reaction at the bottom.
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