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Eme 2104 Engineering Drawing &Amp; Design Ii Question Paper
Eme 2104 Engineering Drawing &Amp; Design Ii
Course:Bachelor Of Science In Mechatronic Engineering
Institution: Dedan Kimathi University Of Technology question papers
Exam Year:2010
KIMATHI UIVERSITY COLLEGE OF TECHNOLOGY
UNIVERSITY EXAMINATIONS 2009/2010
FIRST YEARS SECOND SEMESTER SPECIAL/SUPPLIMENTARY EXAMINATION FOR
THE DEGREE OF BACHELOR OF SCIENCE IN MECHATRONIC ENGINEERING
EME 2104 ENGINEERING DRAWING & DESIGN II
MAY 2010 TIME: 3 HOURS
INSTRUCTIONS
1. This paper contains FIVE (5) questions.
2. You are required to answer THREE (3) questions, that is, QUESTION ONE
which is COMPULSORY and any other TWO questions.
3. Question one carries 30MARKS and the others carry maximum of 20MARKS each.
You are advised to spend at most 1HOUR & 30 MINS on question one and the
rest of time on the other two questions.
4. Construction lines should be faint and should not be erased.
5. All dimensions are in millimeters unless speci ed otherwise
6. Missing and mismatching dimensions if any, may be suitably assumed.
7. Indicate ONLY YOUR REGISTRATION NUMBER on the drawing paper.
1
QUESTION ONE (Compulsory - 30 Marks)
Figure 1 (Question 1) shows parts of a screw jack. Study the given views and assemble
the parts together. Then using third angle orthographic projection, draw to a suitable
scale the following;
(a) The full sectioned front view
(b) The plan view projected from the front view
Include a parts list, a suitable title block and the projection symbol according to standard
drawing conventions.
Figure 1: Question 1
2
QUESTION TWO (20 Marks)
(a) Figure 2 (Question 2(a)) shows a front view of a right cone. If the cone is truncated
along plane XX;
(i) Draw the front and the plan views of the truncated cone in third angle pro-
jection.
(ii) Draw the lateral surface development of the remaining cone. [12 Mks]
Figure 2: Question 2 (a)
(b) Figure 3 (Question 2 (b)) shows two views of a cylinder drawn in third angle. Draw
the given views and develop the lateral surface of the cylinder. [8 Mks]
Figure 3: Question 2 (b)
3
QUESTION THREE (20 Marks)
Draw a cam pro le to impart the following motion to a swinging link with a roller
follower.
Follower to move outwards through an angular displacement of 300 with simple
harmonic motion for the rst 1800.
Follower to return to its initial position with uniform speed for the next 1200.
Follower to dwell for the last 600 of cam rotation
The distance between the pivot center and roller center is 120mm, the distance between
the pivot center and cam shaft center is 130mm, minimum radius of the cam is 40mm,
and the radius of the roller is 10mm. The rotation of the cam is clockwise and there is
no eccentricity between the center lines of the roller follower and the cam.
QUESTION FOUR (20 Marks)
Figure 4 (Question 4) shows an incomplete front view of two intersecting cylinders.
(a) Draw to a suitable scale and in First angle projection the plan view and the front
view with the interpenetration curve.
(b) Draw the development of the lateral surfaces of the two cylinders.
Figure 4: Question 4
4
QUESTION FIVE (20 Marks)
(a) Figure 5 (Question 5(a)) shows a circle rolling clockwise along a straight line. Plot
the locus of point p with the initial position as shown. In block write the name of
the curve obtained and give one application of this curve. [10 Mks]
Figure 5: Question 5(a)
(b) In the mechanism given in Figure 6 (Question 5(b)), crank AB rotates clockwise
about A and the crank CD rotates anticlockwise about C. The cranks are joined
by the link BDE. Plot the locus of point E for one revolution of crank AB. [10
Mks]
Figure 6: Question 5(b)
5
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