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Worksheets

Strema S1S2

Total questions: 14

Worksheet time: 8mins

Name
Class
Date
1.

Quantities having both magnitude and direction which combine geometrically according to the parallelogram law.

a)

Force

b)

Scalar

c)

Vector

d)

Equilibrium

2.

It is an action exerted by one body upon another.

a)

Weight

b)

Force

c)

Reaction

d)

Mass

3.

It states that the resultant of two forces is the diagonal formed on the vectors of these forces.

a)

Resultant

b)

Equilibrium

c)

Parallelogram Law

d)

Transmissibility

4.

A sketch of the isolated body which shows only the forces acting upon it by the removed elements

a)

Free Body Diagram

b)

Triangle Law

c)

Parallelogram Law

d)

Resolution of a force

5.

These are group of forces passing through a common point.

a)

Noncoplanar

b)

Coplanar

c)

Concurrent

d)

Nonconcurrent

6.

It is the effect of a force to produce stress and deformation in the body.

a)

Transmissibility

b)

Equilibrium

c)

Internal Effect

d)

External Effect

7.

Defined as the product of the magnitude of the force by the perpendicular distance from the point to the action line of the force.

a)

Force

b)

Resolution

c)

Moment

d)

Resultant

8.

A cantilever beam 5 m in length is to support a downward concentrated load of 100 N. Calculate the force reaction at the fixed support.

a)

10N

b)

20N

c)

100N

d)

0.10N

9.

Which of the following is the unit of stress?

a)

N/mm^2

b)

kg/m^3

c)

N.mm

d)

kg.m/s^2

10.

Number of internal moments that can be developed in deformable bodies due to external loadings.

a)

4

b)

2

c)

1

d)

3

11.

Defined as the force per unit area

a)

Strain

b)

Moment

c)

Stress

d)

Mass

12.

A condition where the resultant of the force couple system is zero.

a)

Coplanar

b)

Concurrent

c)

Equilibrium

d)

Moment

13.

Any force acting along the centroidal axis of a body.

a)

Bearing Force

b)

Shear Force

c)

Axial Force

d)

Normal Force

14.

The internal moment causing the body to twist.

a)

Axial

b)

Torque

c)

Shear

d)

Bending Moment