

MCQOPTIONS
Saved Bookmarks
This section includes 10 Mcqs, each offering curated multiple-choice questions to sharpen your Structural Analysis knowledge and support exam preparation. Choose a topic below to get started.
1. |
Which of the option is correct for mechanism in truss? |
A. | M = 2J – 3 |
B. | M < 2J -3 |
C. | M > 2J – 3 |
D. | Over stiff truss is example of mechanism in truss |
Answer» C. M > 2J – 3 | |
2. |
Force releases by Link is _______ |
A. | Number of member – 1 |
B. | 3*(Number of member-1) |
C. | 2 |
D. | 1 |
Answer» D. 1 | |
3. |
Force releases by Vertical Shear Hinge is _______ |
A. | Number of member – 1 |
B. | 3*(Number of member-1) |
C. | 2 |
D. | 1 |
Answer» E. | |
4. |
Static Indeterminacy for pin jointed plane frame is given by ________ |
A. | (m + r) – 2j |
B. | (m + r) – 3j |
C. | (3m + r) -3j |
D. | (6m + r) – 6j |
Answer» B. (m + r) – 3j | |
5. |
The following structure is ________ |
A. | Stable |
B. | Statically Unstable |
C. | Geometrically Unstable |
D. | Internally Unstable |
Answer» B. Statically Unstable | |
6. |
The following structure is _______ |
A. | Stable |
B. | Statically Unstable |
C. | Geometrically Unstable |
D. | Internally Unstable |
Answer» E. | |
7. |
The following structure is _________ |
A. | Stable |
B. | Statically Unstable |
C. | Geometrically Unstable |
D. | Internally Unstable |
Answer» D. Internally Unstable | |
8. |
To convert indeterminate structure to a determinate structure, number of force release to be provided equals to _______ |
A. | Number of equilibriums equations for the respective structures available |
B. | External Static Indeterminacy only |
C. | Internal Static Indeterminacy only |
D. | Static Indeterminacy |
Answer» E. | |
9. |
Indeterminate structures are economical than determinate structure. |
A. | True |
B. | False |
Answer» B. False | |
10. |
Statically indeterminate structure requires _______ |
A. | Equilibrium Conditions Only |
B. | Compatibility Conditions Only |
C. | Equilibrium and Compatibility Condition together |
D. | Cannot be solved analytically |
Answer» D. Cannot be solved analytically | |