Lateral Load Path Basics Quiz

Once you have passed and submitted the quiz, you will receive your AIA or ICC Certificate of Completion.

Learning Objectives

Understand the complete lateral load path
Identify common framing errors within this path
Understand the consequences of an incomplete path
Discuss and evaluate code requirements for critical details

1. Which of the following is a type of load path?

Longitudinal Load Path
Lateral Load Path
Vertical Load Path
Both B and C

2. A connection that has no rigidity and bends easily is called a _______.

Moment connection
Semi-rigid connection
Hinged connection
Flexible connection

3. The purpose of a load path is to:

Prevent water intrusion
Provide a path for loads to move down to the foundation of a structure
Identify the most appropriate cladding material
Determine the best site location for a structure

4. Which of the following could create a weak or incomplete load path?

A connection that depends on the strength of nails in withdrawal
Wall sheathing that is not attached to a common framing member
Improper orientation of staples attaching sheathing to framing members
All of the above

5. Which of the following is NOT a whole house effect of a lateral load path failure?

Unhinging
Overturning
Racking
Base shear

6. What is the purpose of hold-downs?

To prevent filing cabinets from blowing over
To allow for the use of powder actuated fasteners to attach the exterior wall sill plates
A replacement for anchor bolts
To prevent overturning of a structure

7. Where is a wind load at its maximum in the load path of a three-story house?

First floor
Second floor
Third floor
Roof

8. What type of failure is commonly caused by uplift loads?

Base shear
Hinge failure
Loss of roof sheathing
All of the above

9. Which of the following can be the result of a loss of roof sheathing?

A weakening of the lateral system of the structure
Water and wind damage to the interior of the structure
Increased occupant exposure to projectiles
All of the above

10. A wind load on a house creates:

An uplift load on the roof
A suction load on the opposite side of the house
Both A and B
None of the above

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