JNTU Kakinada B-Tech 1-2 RA161251 ENGINEERING DRAWING R16 May 2018 Question Paper

JNTU Kakinada (JNTUK) B-Tech First Year Second Semester (1-2) ENGINEERING DRAWING Com to CSE, IT R16 Regulation May 2018 Question Paper

Code No: RA161251
I B. Tech II Semester Supplementary Examinations, April/May – 2018
ENGINEERING DRAWING (Com to CSE, IT)Time: 3 hours Max. Marks: 70
Note: 1. Question Paper consists of two parts (Part-A and Part-B)2. Answering the question in Part-A is compulsory
3. Answer any FOUR Questions from Part-B
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
PART ? A
1. For the following figure draw (i) front view (ii) top view (iii) side view.

(14M)
PART- B
2. a) The foci of an ellipse are 90 mm apart and the minor axis is 65 mm long.
Determine the length of major axis and draw half the ellipse by Arcs of circles
method and the other half by Oblong method.
(7M)
b) The area of the field is 50,000 sq m. The length and the breadth of the field, on
the map is 10 cm and 8 cm respectively. Construct a diagonal scale which can
read up to 400 meter. Mark the length of 275 meter on the scale. What is the
R.F. of the scale? (7M)
3. a) A point 30 mm above xy line is the plan of two points P and Q. The elevation of
P is 45 mm above the HP while that of the point Q is 35 mm below the HP.
Draw the projections of the points and state their position with reference to the
principal planes and the quadrant in which they lie. (7M)
SET – 1
R16
1 of 2
Code No: RA161251
I B. Tech II Semester Supplementary Examinations, April/May – 2018
ENGINEERING DRAWING (Com to CSE, IT)Time: 3 hours Max. Marks: 70
Note: 1. Question Paper consists of two parts (Part-A and Part-B)2. Answering the question in Part-A is compulsory
3. Answer any FOUR Questions from Part-B
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
PART ? A
1. For the following figure draw (i) front view (ii) top view (iii) side view.

(14M)
PART- B
2. a) The foci of an ellipse are 90 mm apart and the minor axis is 65 mm long.
Determine the length of major axis and draw half the ellipse by Arcs of circles
method and the other half by Oblong method.
(7M)
b) The area of the field is 50,000 sq m. The length and the breadth of the field, on
the map is 10 cm and 8 cm respectively. Construct a diagonal scale which can
read up to 400 meter. Mark the length of 275 meter on the scale. What is the
R.F. of the scale? (7M)
3. a) A point 30 mm above xy line is the plan of two points P and Q. The elevation of
P is 45 mm above the HP while that of the point Q is 35 mm below the HP.
Draw the projections of the points and state their position with reference to the
principal planes and the quadrant in which they lie. (7M)
SET – 1
R16
1 of 2
Code No: RA161251

b) A vertical line AB, 75 mm long, has its end A in the HP and 25 mm in front of
the VP. A line AC, 100 mm long, is in the HP and parallel to VP. Draw the
projections of the line joining B and C, and determine its inclination with the
HP.
(7M)
4. The front view of a line PQ makes an angle of 30? with xy. The H.T. of the line
is 45 mm behind the VP. While its V.T. is 30 mm above the HP. The end P of
the line is 10 mm below the HP and the end Q is in the first quadrant. The line is
150 mm long. Draw the projections of the line and determine the true-length of
the portion of the line which is in the second quadrant. Also find the angle of the
line with the HP and VP.
(14M)
5. A semi-circular plate of 80 mm diameter has a its straight edges in the VP and
inclined at 45? to the HP. The surface of the plate makes an angle of 30? with the
VP. Draw its projections.
(14M)
6. A cylinder block, 75 mm diameter and 25 mm thick, has a hexagonal hole of 25
mm side, cut centrally through its flat faces. Draw three views of the block when
it has its flat faces vertical and inclined at 30? to the VP and two faces of the
hole parallel to the HP.
(14M)
7. Draw the Isometric views for the following figure.
(14M)
SET – 1
R16
2 of 2