11 Strains developed in addition when materials are loaded for a long period of time. a. Creep b. Deflection c. Relaxation Deformation d. 12 In the general column formula, the term L/r is known as: a. Poisson's Ratio Rigidity Factor Slenderness Ratio b. с. d. Stiffness Ratio 13 It refers to the deformation of the member per unit length. a. stress b. strain c. torsion d. shear 14 It is the ratio of transverse strain to axial strain. a. Strain ratio b. Void Ratio с. Poisson's Ratio d. Modular Ratio
11 Strains developed in addition when materials are loaded for a long period of time. a. Creep b. Deflection c. Relaxation Deformation d. 12 In the general column formula, the term L/r is known as: a. Poisson's Ratio Rigidity Factor Slenderness Ratio b. с. d. Stiffness Ratio 13 It refers to the deformation of the member per unit length. a. stress b. strain c. torsion d. shear 14 It is the ratio of transverse strain to axial strain. a. Strain ratio b. Void Ratio с. Poisson's Ratio d. Modular Ratio
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:11
Strains developed in addition when materials are loaded for a long
period of time.
а. Creep
b. Deflection
c. Relaxation
Deformation
d.
12
In the general column formula, the term L/r is known as:
a. Poisson's Ratio
Rigidity Factor
Slenderness Ratio
b.
с.
d.
Stiffness Ratio
13
It refers to the deformation of the member per unit length.
a. stress
b. strain
c. torsion
d. shear
14
It is the ratio of transverse strain to axial strain.
a. Strain ratio
b. Void Ratio
Poisson's Ratio
с.
d.
Modular Ratio
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