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Engineering Mechanics

In a framed structure, as shown in the below figure, the forces in the members AB and BC are respectively

Engineering Mechanics, Mechanical Engineering /
Question: In a framed structure, as shown in the below figure, the forces in the members AB and BC are respectively
[A].

(tensile) and 2W (compressive)

[B].

2W(tensile) and (compressive)

[C].

(tensile) and (compressive)

[D].

none of the above

Answer: Option A

Explanation:

No answer description available for this question.

In a framed structure, as shown in the below figure, the forces in the members AB and BC are respectively Read More »

Engineering Mechanics, Mechanical Engineering

In a framed structure, as shown in the below figure, the force in the member CD is tensile in nature.

Engineering Mechanics, Mechanical Engineering /
Question: In a framed structure, as shown in the below figure, the force in the member CD is tensile in nature.
[A].

Agree

[B].

Disagree

Answer: Option A

Explanation:

No answer description available for this question.

In a framed structure, as shown in the below figure, the force in the member CD is tensile in nature. Read More »

Engineering Mechanics, Mechanical Engineering

In a framed structure, as shown in the below figure, the force in the member AB is __________ the force in member AC.

Engineering Mechanics, Mechanical Engineering /
Question: In a framed structure, as shown in the below figure, the force in the member AB is __________ the force in member AC.
[A].

half

[B].

equal to

[C].

double

Answer: Option A

Explanation:

No answer description available for this question.

In a framed structure, as shown in the below figure, the force in the member AB is __________ the force in member AC. Read More »

Engineering Mechanics, Mechanical Engineering

In a framed structure, as shown in the below figure, the force in the member AC is numerically equal to the force in member BC.

Engineering Mechanics, Mechanical Engineering /
Question: In a framed structure, as shown in the below figure, the force in the member AC is numerically equal to the force in member BC.
[A].

Correct

[B].

Incorrect

Answer: Option A

Explanation:

No answer description available for this question.

In a framed structure, as shown in the below figure, the force in the member AC is numerically equal to the force in member BC. Read More »

Engineering Mechanics, Mechanical Engineering

In a framed structure, as shown in the below figure, the force in the member BC is

Engineering Mechanics, Mechanical Engineering /
Question: In a framed structure, as shown in the below figure, the force in the member BC is
[A].

W/3 (compression)

[B].

W/3 (tension)

[C].

2W/3 (compression)

[D].

2W/3 (tension)

Answer: Option D

Explanation:

No answer description available for this question.

In a framed structure, as shown in the below figure, the force in the member BC is Read More »

Engineering Mechanics, Mechanical Engineering

A framed structure is imperfect, if the number of members are __________ (2j – 3).

Engineering Mechanics, Mechanical Engineering /
Question: A framed structure is imperfect, if the number of members are __________ (2j – 3).
[A].

equal to

[B].

less than

[C].

greater than

[D].

either (b) or (c)

Answer: Option D

Explanation:

No answer description available for this question.

A framed structure is imperfect, if the number of members are __________ (2j – 3). Read More »

Engineering Mechanics, Mechanical Engineering

A framed structure is perfect, if the number of members are __________ (2j – 3), where j is the number of joints.

Engineering Mechanics, Mechanical Engineering /
Question: A framed structure is perfect, if the number of members are __________ (2j – 3), where j is the number of joints.
[A].

equal to

[B].

less than

[C].

greater than

[D].

either (b) or (c)

Answer: Option A

Explanation:

No answer description available for this question.

A framed structure is perfect, if the number of members are __________ (2j – 3), where j is the number of joints. Read More »

Engineering Mechanics, Mechanical Engineering

All the steel trusses of the bridges, have one of their end roller supported, and other end hinged. The main advantage of such a support is that the truss remains stable.

Engineering Mechanics, Mechanical Engineering /
Question: All the steel trusses of the bridges, have one of their end roller supported, and other end hinged. The main advantage of such a support is that the truss remains stable.
[A].

True

[B].

False

Answer: Option A

Explanation:

No answer description available for this question.

All the steel trusses of the bridges, have one of their end roller supported, and other end hinged. The main advantage of such a support is that the truss remains stable. Read More »

Engineering Mechanics, Mechanical Engineering