### KTU CIVIL ENGINEERING WORKSHOP SAMPLE QUESTION PAPER [10 SETS]

Prepared by:

Prem Mohan

Guest Lecturer, College of Engineering Pathanapuram (CAPE)

Prem Mohan

Guest Lecturer, College of Engineering Pathanapuram (CAPE)

**KERALA TECHNOLOGICAL UNIVERSITY**

**CE 110 - CIVIL ENGINEERING WORKSHOP EXAM APRIL 2016**

**TIME: 3 hrs MARKS: 50**

**QUESTION PAPER SET – 1**

1.
Set out a building using tape of a
room of internal dimension 3m X 3m and wall thickness 30 cm. Write aim,
equipments, procedure, diagram and result.

**KERALA TECHNOLOGICAL UNIVERSITY**

**CE 110 - CIVIL ENGINEERING WORKSHOP APRIL 2016**

**TIME: 3 hrs MARKS: 50**

**QUESTION PAPER SET – 2**

1.
Set out a building using tape and
cross staff of a room of internal dimension 4m X 3m and wall thickness 40 cm.
Write aim, equipments, procedure, diagram and result.

**KERALA TECHNOLOGICAL UNIVERSITY**

**CE 110 - CIVIL ENGINEERING WORKSHOP APRIL 2016**

**TIME: 3 hrs MARKS: 50**

**QUESTION PAPER SET – 3**

1.
Calculate plinth area and carpet
area of given room by taking linear measurements. Draw the rough sketch of the
room and write aim, equipments, procedure, calculations, observation table, and
result.

2.
Write definition of plinth area and
carpet area.

**KERALA TECHNOLOGICAL UNIVERSITY**

**CE 110 - CIVIL ENGINEERING WORKSHOP APRIL 2016**

**TIME: 3 hrs MARKS: 50**

**QUESTION PAPER SET – 4**

1.
Compute the area and/or
volume of various features of a room of building such as door and window size,
number of bricks required to construct a wall of a building, diameter of bars
used in windows, wood required for doors and other materials used in construction
etc. Write the aim, equipments, procedure, observation tables, calculations,
result and diagram.

**KERALA TECHNOLOGICAL UNIVERSITY**

**CE 110 - CIVIL ENGINEERING WORKSHOP APRIL 2016**

**TIME: 3 hrs MARKS: 50**

**QUESTION PAPER SET – 5**

1.
Construct a wall of 1 brick wall
English bond of height 500mm (no mortar required) corner portion with length of
side walls at least 600mm. Write aim, equipments, procedure, figure, result.

2.
Find the moment of inertia of the
following I steel section.

**KERALA TECHNOLOGICAL UNIVERSITY**

**CE 110 - CIVIL ENGINEERING WORKSHOP APRIL 2016**

**TIME: 3 hrs MARKS: 50**

**QUESTION PAPER SET – 6**

1. Find the area
of an irregular polygon set out on the field. Write aim, equipments, procedure,
figure, observation table, calculations and result.

2.
Write procedure to construct a 1
brick English bond of height 400mm corner portion

**KERALA TECHNOLOGICAL UNIVERSITY**

**CE 110 - CIVIL ENGINEERING WORKSHOP APRIL 2016**

**TIME: 3 hrs MARKS: 50**

**QUESTION PAPER SET – 7**

1.
Find the level difference between
two points on the ground using dumpy level. Use height of instrument method.
Take reduced level of bench mark as 150m.

2.
Find the moment of inertia of the
following angle steel section.

**KERALA TECHNOLOGICAL UNIVERSITY**

**CE 110 - CIVIL ENGINEERING WORKSHOP APRIL 2016**

**TIME: 3 hrs MARKS: 50**

**QUESTION PAPER SET – 8**

1.
Compute the moment of inertia
of the given I section. Draw the labeled figure and write aim, equipments,
procedure, observation table, calculations and result.

2.
Write procedure to find area of
a polygon set out on field.

**KERALA TECHNOLOGICAL UNIVERSITY**

**CE 110 - CIVIL ENGINEERING WORKSHOP APRIL 2016**

**TIME: 3 hrs MARKS: 50**

**QUESTION PAPER SET – 9**

1.
Compute the moment of inertia of
the given T section. Draw the labeled figure and write aim, equipments,
procedure, observation table, calculations and result.

2.
Write procedure to find
vertical difference between 2 points using dumpy level. Draw the table used for
calculation. Use height of instrument method.

**KERALA TECHNOLOGICAL UNIVERSITY**

**CE 110 - CIVIL ENGINEERING WORKSHOP APRIL 2016**

**TIME: 3 hrs MARKS: 50**

**QUESTION PAPER SET – 10**

1.
Compute the moment of inertia
of the given angle section. Draw the labeled figure and write aim, equipments,
procedure, observation table, calculations and result.

2.
Write procedure to find
vertical difference between 2 points using dumpy level. Draw the table used for
calculation. Use height of instrument method.

## No comments:

## Post a Comment