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Balco AIA Test: B0100FS-D

Course Title: Firestop 101 – Introduction to Firestopping Technology
AIA Course Number: B0100FS-D
Instructions: Please enter your contact information below to begin the AIA 10-question test. To pass and receive credit, you must score at least 70%. Upon passing, you will receive a certificate of completion and, if you provided your AIA member number, we will submit your credit to the AIA.
Course Credit: This course provides one (1) AIA Learning Unit for Health, Safety, and Welfare (HSW). You must watch the full AIA video presentation before taking the test.
Certificate: At the completion of this test, you will receive a follow-up email that will include your AIA Certificate of Completion. If you do not see the email in your inbox, please check your spam or junk folder.
Note: Certificates will be sent to the email address you provide. AIA credit can only be submitted if you include your AIA member number. For all other associations that accept AIA credit, please submit your certificate directly.

1) What are the three components of a balanced fire protection system?

1) What are the three components of a balanced fire protection system?
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2) What is the primary reason smoke is so dangerous during a fire?

2) What is the primary reason smoke is so dangerous during a fire?
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3) What is the purpose of compartmentation in a building?

3) What is the purpose of compartmentation in a building?
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4) Which code organizations influence firestopping standards?

4) Which code organizations influence firestopping standards?
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5) What does intumescent material do during a fire?

5) What does intumescent material do during a fire?
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6) Which test confirms that fire does not transfer heat or flame through a barrier?

6) Which test confirms that fire does not transfer heat or flame through a barrier?
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7) What is a key misconception about firestop sealants?

7) What is a key misconception about firestop sealants?
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8) Which materials are commonly used to firestop electrical boxes?

8) Which materials are commonly used to firestop electrical boxes?
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9) What does an L-rating evaluate in firestopping?

9) What does an L-rating evaluate in firestopping?
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10) What should architects do when no tested firestop system matches their project conditions?

10) What should architects do when no tested firestop system matches their project conditions?
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