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Test: ILD & Rolling Loads - 3 - Question 1

For the pin-joined plane truss shown in the below figure, which of the following diagrams represents the influence line for the bar force in the member CH?

+ sign indicates tension

- sign indicates compression

Test: ILD & Rolling Loads - 3 - Question 2

Which one of the following is the influence line for the force in the member U_{1}L_{2} of the plane pin-jointed frame shown in the figure given below?

Test: ILD & Rolling Loads - 3 - Question 3

Which one of the following is the influence line for reaction at A of the beam shown in the figure?

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Test: ILD & Rolling Loads - 3 - Question 4

Select the correct influence line diagram for shear force at x of the following beam

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Test: ILD & Rolling Loads - 3 - Question 5

The maximum bending moment at the left quarter point of a simple beam due to crossing of UDL of length shorter than the span in the direction left to right, would occur after the load had just crossed the section by

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Test: ILD & Rolling Loads - 3 - Question 6

For the continuous beam shown in figure, the influence line diagram for support reaction at D is best represented as

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Test: ILD & Rolling Loads - 3 - Question 7

Consider the following statements:

1. Influence Line Diagram (ILD) for SF at the fixed end of a cantilever and SFD due to unit load at the free end are same.

2. ILD for BM at the fixed end of a cantilever and BMD due to unit load at the free end are same.

Which of these statements is/are correct?

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Test: ILD & Rolling Loads - 3 - Question 8

The influence line diagram (ILD) shown is for the member

Test: ILD & Rolling Loads - 3 - Question 9

A uniformly distributed line load of 60 kN per metre run of length 5 meters on a girder of span 16 metres. What is the maximum positive shear force at a section 6 metres from the left end.

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Test: ILD & Rolling Loads - 3 - Question 10

The wheel loads 200 kN and 80 kN spaced 2 m apart move on the span of girder of span 16 metres. What is the maximum bending moment that will occur at a section 6 metres from the left end.

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