CM 2501 - Hebert - Test 1 Questions and
Answers
Question 1
cantilever
Correct Answer
A _____ has three reactions. Two independent component reactions (x,y) and one
moment reaction.
Question 2
thermal
Correct Answer
Type of load that results from changes in temperature causing structural members
to change shape and push and pull on other parts.
Question 3
tension, compression
Correct Answer
Trusses are stressed in:
Question 4
wind
Correct Answer
Lateral load caused by _____ that varies in intensity with the building's height,
location, and shape.
Page 1 of 6
, Question 5
compression
Correct Answer
Columns are stressed in:
Question 6
compression
Correct Answer
Stress from two opposing forces pushing or squeezing a member.
Question 7
membrane (tension and/or compression evenly distributed through the shell
thickness)
Correct Answer
Shells are stressed in:
Question 8
bending, shear (more in bending)
Correct Answer
Beams are stressed in:
Question 9
equilibrant
Correct Answer
A single vector that is equal in magnitude but opposite in sense to the resultant of
all forces acting on a body.
Page 2 of 6
Answers
Question 1
cantilever
Correct Answer
A _____ has three reactions. Two independent component reactions (x,y) and one
moment reaction.
Question 2
thermal
Correct Answer
Type of load that results from changes in temperature causing structural members
to change shape and push and pull on other parts.
Question 3
tension, compression
Correct Answer
Trusses are stressed in:
Question 4
wind
Correct Answer
Lateral load caused by _____ that varies in intensity with the building's height,
location, and shape.
Page 1 of 6
, Question 5
compression
Correct Answer
Columns are stressed in:
Question 6
compression
Correct Answer
Stress from two opposing forces pushing or squeezing a member.
Question 7
membrane (tension and/or compression evenly distributed through the shell
thickness)
Correct Answer
Shells are stressed in:
Question 8
bending, shear (more in bending)
Correct Answer
Beams are stressed in:
Question 9
equilibrant
Correct Answer
A single vector that is equal in magnitude but opposite in sense to the resultant of
all forces acting on a body.
Page 2 of 6