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STRUCTURAL CONCEPTUALIZATION M-01 05

Total questions: 50

Worksheet time: 2hrs 40mins

Name
Class
Date
1.

What Type of Truss is this?

a)

Howe

b)

Pratt

c)

Fink

d)

Crescent

2.

What Type of Truss is this?

a)

Bowstring

b)

Pratt

c)

Fink

d)

Crescent

3.

What Type of Truss is this?

a)

Bowstring

b)

Modified Fink

c)

Fink

d)

Crescent

4.

What Type of Truss is this?

a)

Bowstring

b)

Modified Fink

c)

Fink

d)

Crescent

5.

What Type of Truss is this?

a)

Bowstring

b)

Pratt

c)

Fink

d)

Crescent

6.

What Type of Truss is this?

a)

Bowstring

b)

Pratt

c)

Fink

d)

Crescent

7.

What Type of Truss is this?

a)

Baltimore

b)

Parker

c)

K-Truss

d)

Warren

8.

What Type of Truss is this?

a)

Baltimore

b)

Parker

c)

K-Truss

d)

Warren

9.

What Type of Truss is this?

a)

Pratt

b)

Lattice

c)

K-Truss

d)

Warren

10.

What Type of Truss is this?

a)

Pratt

b)

Lattice

c)

K-Truss

d)

Warren

11.

What Type of Truss is this?

a)

Deck Warren

b)

Lattice

c)

Howe

d)

Warren

12.

What Type of Truss is this?

a)

Deck Warren

b)

Lattice

c)

Howe

d)

Warren

13.

What Type of Truss is this?

a)

Deck Warren

b)

Lattice

c)

Howe

d)

Warren

14.

The geometry of motion.

a)

Rigid Body

b)

Force

c)

Kinetics

d)

Kinematics

15.

Used to describe the motion of a particle or body without consideration of the forces causing the motion.

a)

Rigid Body

b)

Force

c)

Kinetics

d)

Kinematics

16.

Branch of mechanics that releases the force acting on a body to its mass and acceleration.

a)

Rigid Body

b)

Force

c)

Kinetics

d)

Kinematics

17.

Defined as a definite amount of matter the parts of which are fixed in position relative to each other.

a)

Rigid Body

b)

Force

c)

Kinetics

d)

Kinematics

18.

Defined as that which changes, or tends to change, the state of motion of a body.

a)

Rigid Body

b)

Force

c)

Kinetics

d)

Kinematics

19.

Effect of a force is to produce stress and deformation in the body on which the force acts.

a)

Inward Effect

b)

Outward Effect

c)

Internal Effect

d)

External Effect

20.

Effect of forces that are considered in engineering mechanics.

a)

Inward Effect

b)

Outward Effect

c)

Internal Effect

d)

External Effect

21.

Effect of forces that are considered in strength of materials.

a)

Inward Effect

b)

Outward Effect

c)

Internal Effect

d)

External Effect

22.

What is not considered as the characteristic of a force?

a)

Its Motion

b)

Its Magnitude

c)

Its position of its line and action

d)

The direction or sense in which the force acts along its line of action.

23.

States that the external effect of a force on a body is the same for all points of application along its line of action.

a)

Force System

b)

Principle of Transmissibility

c)

Parallel Force System

d)

Non-Concurrent Force System

24.

Arrangement where two or more forces act on a body or a group of related bodies.

a)

Force System

b)

Principle of Transmissibility

c)

Parallel Force System

d)

Non-Concurrent Force System

25.

Forces whose lines of action pass through a common point.

a)

Force System

b)

Concurrent

c)

Parallel Force System

d)

Non-Concurrent Force System

26.

Forces in which the lines of action are parallel.

a)

Force System

b)

Concurrent

c)

Parallel Force System

d)

Non-Concurrent Force System

27.

Forces in which the lines of action are neither parallel nor intersect in a common point.

a)

Force System

b)

Concurrent

c)

Parallel Force System

d)

Non-Concurrent Force System

28.

Commonly used in the United States in the pound or multiples of the pounds such as the kip (1000 pounds) or ton (2000 pounds).

a)

Unit of Force

b)

Resultant

c)

Parallel Force System

d)

Non-Concurrent Force System

29.

When the lines of action of all forces in a force system lie in one plane.

a)

Concurrent System

b)

Non-Concurrent System

c)

Coplanar

d)

Non-Coplanar

30.

When the lines of action of all forces in a force system lie in different planes.

a)

Concurrent System

b)

Non-Concurrent System

c)

Coplanar

d)

Non-Coplanar

31.

A body acted upon by a balanced force system is in equilibrium resultant is equal to zero.

a)

Static Equilibrium

b)

Force

c)

Resultant

d)

Principle of Transmissibility

32.

Action and reaction forces between two particles are always equal and oppositely directed.

a)

Static Equilibrium

b)

Force System

c)

Resultant

d)

Principle of Transmissibility

33.

The action of one body upon another:

- due to direct contact

- due to magnetic or gravitational attraction

- generated by moving bodies - inertia force

a)

Static Equilibrium

b)

Force

c)

Resultant

d)

Principle of Transmissibility

34.

It is a single force, a couple or a force and a couple which acting alone will produce the same effect as the force system.

a)

Static Equilibrium

b)

Spatial

c)

Resultant

d)

Principle of Transmissibility

35.

States that the external effect of a force on a body acted upon is independent of the point of application of the force but the same for all points along its line of action.

a)

Static Equilibrium

b)

Force System

c)

Resultant

d)

Principle of Transmissibility

36.

An arrangement of any two or more forces that act on a body or on a group of related bodies.

a)

Static Equilibrium

b)

Force System

c)

Resultant

d)

Principle of Transmissibility

37.

What are two types of Force System?

a)

Non-Coplanar

b)

Concurrent

c)

Coplanar

d)

Spatial

38.

What type of Coplanar Force System is this?

a)

Concurrent

b)

Linear

c)

Parallel

d)

Non-Concurrent

39.

What type of Coplanar Force System is this?

a)

Concurrent

b)

Linear

c)

Parallel

d)

Non-Concurrent

40.

What type of Coplanar Force System is this?

a)

Concurrent

b)

Non-Parallel

c)

Parallel

d)

Non-Concurrent

41.

What type of Coplanar Force System is this?

a)

Concurrent

b)

Non-Parallel

c)

Parallel

d)

Non-Concurrent

42.

What type of Coplanar Force System is this?

a)

Concurrent

b)

Non-Parallel

c)

Parallel

d)

Non-Concurrent

43.

Deals with the relations between externally applied loads and their internal effects on bodies.

a)

Shear Force

b)

Bending Moment

c)

Strength of Materials

d)

Axial Force

44.

Pulling or pushing action over the section.

a)

Shear Force

b)

Bending Moment

c)

Torque

d)

Axial Force

45.

Are components of the total resistance to sliding the portion to one side of the exploratory section past the other.

a)

Shear Force

b)

Bending Moment

c)

Torque

d)

Axial Force

46.

Component that measures the resistance to twisting the member.

a)

Shear Force

b)

Bending Moment

c)

Torque

d)

Axial Force

47.

Three components measures the resistance to bend the member about y or x axes.

a)

Shear Force

b)

Bending Moment

c)

Torque

d)

Axial Force

48.

Geometry of the solid body: straight, slender member with cross section that is either constant or that changes slowly along the length of the member.

a)

Beding

b)

Modulus of Elasticity

c)

Axial Deformation

d)

Hooke's Law

49.

A principle of physics that states that the that the force needed to extend or compress a spring by some distance is proportional to that distance.

a)

Beding

b)

Modulus of Elasticity

c)

Axial Deformation

d)

Hooke's Law

50.

Acting parallel to member axis.

a)

Load

b)

Stress

c)

Axial Deformation

d)

Hooke's Law