Question 1

Shear force is unbalanced to the left or right of the section.

Accepted Answer

A) Horizontal force 
B) Vertical force 
C) Inclined force 
D) Conditional force 
A) Horizontal force 
B) Vertical force 
C) Inclined force 
D) Conditional force

Question 2

How do point loads and udl be represented in SFD?

Accepted Answer

A) Simple lines and curved lines 
B) Curved lines and inclined lines 
C) Simple lines and inclined lines 
D) Can't represent any more 
A) Simple lines and curved lines 
B) Curved lines and inclined lines 
C) Simple lines and inclined lines 
D) Can't represent any more

Question 3

What is the SF at support B?

Accepted Answer

A) 5 kN 
B) 3 kN 
C) 2 kN 
D) 0 kN 
A) 5 kN 
B) 3 kN 
C) 2 kN 
D) 0 kN

Question 4

What is the maximum shear force, when a cantilever beam is loaded with udl throughout?

Accepted Answer

A) w×l 
B) w 
C) w/l 
D) w+l 
A) w×l 
B) w 
C) w/l 
D) w+l

Question 5

Where do the maximum BM occurs for the below diagram.

Accepted Answer

A) -54 kNm 
B) -92 kNm 
C) -105 kNm 
D) - 65 kNm 
A) -54 kNm 
B) -92 kNm 
C) -105 kNm 
D) - 65 kNm

Shear force is unbalanced to the left or right of the section.

How do point loads and udl be represented in SFD?

What is the SF at support B?

What is the maximum shear force, when a cantilever beam is loaded with udl throughout?

Where do the maximum BM occurs for the below diagram.

Mechanical Properties and Deformation of Materials

Columns, Beams and Shear Force Diagrams

Materials Mechanics and Elasticity

Mechanics of Materials: Understanding Stress, Strain, and Energy Storage in Materials

Bending Moment and Shear Force Diagrams for Beams

Understanding Bending Stresses in Beams

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Exam 5: Moment of Inertia, Bending Moment, and Shear Force for Beams

Shear force is unbalanced to the left or right of the section.

How do point loads and udl be represented in SFD?

What is the SF at support B?

What is the maximum shear force, when a cantilever beam is loaded with udl throughout?

Where do the maximum BM occurs for the below diagram.

Mechanical Properties and Deformation of Materials

Columns, Beams and Shear Force Diagrams

Materials Mechanics and Elasticity

Mechanics of Materials: Understanding Stress, Strain, and Energy Storage in Materials

Bending Moment and Shear Force Diagrams for Beams

Understanding Bending Stresses in Beams

Filters