| 1 |
In the construction of an isometric scale, the true lengths are marked on a line inclined at what angle to th… |
Engineering Graphics Isometric scale |
Easy |
| 2 |
The ratio of isometric length to true length is closest to which value? |
Engineering Graphics Isometric scale |
Easy |
| 3 |
An edge of a block is 60 mm long and parallel to an isometric axis. What length should it be drawn in its iso… |
Engineering Graphics Isometric scale |
Medium |
| 4 |
What is the angle between the true-length line and the isometric-length line in the construction of an isomet… |
Engineering Graphics Isometric scale |
Medium |
| 5 |
Each edge of a cube in isometric projection is inclined to the plane of projection at about 35°16′. Why does … |
Engineering Graphics Isometric scale |
Hard |
| 6 |
In isometric projection, the slant edges of a pyramid are best described as which kind of line? |
Engineering Graphics Prisms and pyramids |
Easy |
| 7 |
Which method is commonly used to draw the base of a hexagonal prism in isometric projection? |
Engineering Graphics Prisms and pyramids |
Easy |
| 8 |
A hexagonal base has sides of 25 mm. What are the true dimensions of the rectangle that just encloses it, wit… |
Engineering Graphics Prisms and pyramids |
Medium |
| 9 |
A square pyramid with base side 40 mm and axis 60 mm stands on its base on the HP. How is its apex located in… |
Engineering Graphics Prisms and pyramids |
Medium |
| 10 |
A student draws a cube of side 50 mm in isometric projection and shows all three visible faces as rhombuses w… |
Engineering Graphics Prisms and pyramids |
Hard |
| 11 |
In isometric projection, a sphere of radius 30 mm appears as which shape? |
Engineering Graphics Cone, cylinder, sphere and hemisphere |
Easy |
| 12 |
What is the side of the rhombus used to draw the ellipse for a circle of diameter 60 mm in isometric projecti… |
Engineering Graphics Cone, cylinder, sphere and hemisphere |
Easy |
| 13 |
How are the outline (generator) lines of a cone drawn after the base ellipse and apex are fixed? |
Engineering Graphics Cone, cylinder, sphere and hemisphere |
Medium |
| 14 |
In the four-centre method, which points are used as two of the four centres? |
Engineering Graphics Cone, cylinder, sphere and hemisphere |
Medium |
| 15 |
A hemisphere of radius 30 mm rests on its flat face on the HP. Which statement about its isometric projection… |
Engineering Graphics Cone, cylinder, sphere and hemisphere |
Hard |
| 16 |
A cylinder stands on its base on the HP. Along which isometric direction is its axis drawn? |
Engineering Graphics Positions of solids |
Easy |
| 17 |
In isometric projection, a line that is perpendicular to the VP is drawn in which direction? |
Engineering Graphics Positions of solids |
Easy |
| 18 |
A hexagonal prism lies on one of its rectangular faces on the HP with its axis perpendicular to the VP. On wh… |
Engineering Graphics Positions of solids |
Medium |
| 19 |
A cone has its axis parallel to both the HP and the VP. Its base therefore lies parallel to which plane? |
Engineering Graphics Positions of solids |
Medium |
| 20 |
A square pyramid stands on its base on the HP with two base sides parallel to the VP. How are the base edges … |
Engineering Graphics Positions of solids |
Hard |
| 21 |
Two solids are said to be placed centrally. What does this mean? |
Engineering Graphics Combining two solids |
Easy |
| 22 |
When a cylinder is placed centrally on a square slab, where is the centre of the cylinder's base located? |
Engineering Graphics Combining two solids |
Easy |
| 23 |
A cone of height 40 mm is placed centrally on a cube of side 50 mm. In isometric projection, how high above t… |
Engineering Graphics Combining two solids |
Medium |
| 24 |
A sphere of radius 25 mm rests centrally on top of a cylinder. How is it drawn in isometric projection? |
Engineering Graphics Combining two solids |
Medium |
| 25 |
A hexagonal prism (side 20 mm) is placed centrally on a square slab of side 80 mm. Which statement about the … |
Engineering Graphics Combining two solids |
Hard |
| 26 |
What is the thread angle of an ISO metric screw thread? |
Engineering Graphics Screw threads |
Easy |
| 27 |
Which thread profile is generally preferred for transmitting power, as in a screw jack? |
Engineering Graphics Screw threads |
Easy |
| 28 |
A double-start thread has a pitch of 3 mm. How far does the screw advance in one complete turn? |
Engineering Graphics Screw threads |
Medium |
| 29 |
A thread has rounded crests and roots, a 55° included angle and a depth of about 0.64 times the pitch. Which … |
Engineering Graphics Screw threads |
Medium |
| 30 |
Why is a knuckle thread suitable for parts such as railway carriage couplings that are handled roughly? |
Engineering Graphics Screw threads |
Hard |
| 31 |
Why are hexagonal nuts more common than square nuts on machines? |
Engineering Graphics Bolts and nuts |
Easy |
| 32 |
Using the proportion S = 1.5D + 3 mm, what is the width across flats of a nut for an M20 bolt? |
Engineering Graphics Bolts and nuts |
Easy |
| 33 |
Using the proportions nut thickness = D and bolt head height = 0.8D, what is the difference between the two f… |
Engineering Graphics Bolts and nuts |
Medium |
| 34 |
The front view of a hexagonal nut shows three faces with curved arcs on each. What causes these arcs? |
Engineering Graphics Bolts and nuts |
Medium |
| 35 |
A bolt must have its head held from turning while the nut is tightened, and the head sits in a recess cut in … |
Engineering Graphics Bolts and nuts |
Hard |
| 36 |
What is the main function of a plain washer under a nut? |
Engineering Graphics Washers and nut-bolt assembly |
Easy |
| 37 |
In a sectional front view of a nut-bolt assembly cut along the bolt axis, how is the bolt shown? |
Engineering Graphics Washers and nut-bolt assembly |
Easy |
| 38 |
Using washer proportions hole D + 1 mm, outside diameter 2D + 3 mm and thickness 0.15D, what is the outside d… |
Engineering Graphics Washers and nut-bolt assembly |
Medium |
| 39 |
Two plates each 15 mm thick are joined with an M20 bolt, a 3 mm washer and a nut 20 mm thick. What is the lea… |
Engineering Graphics Washers and nut-bolt assembly |
Medium |
| 40 |
Why should the threaded portion of a bolt end slightly inside the clearance hole of the parts being joined? |
Engineering Graphics Washers and nut-bolt assembly |
Hard |
| 41 |
In the conventional representation of an external thread, how is the root (minor) diameter shown in a side vi… |
Engineering Graphics Conventional representation of threads |
Easy |
| 42 |
In the end view of an external thread, the minor diameter is shown as which of these? |
Engineering Graphics Conventional representation of threads |
Easy |
| 43 |
In a sectional view of an internal thread, up to which line is the hatching carried? |
Engineering Graphics Conventional representation of threads |
Medium |
| 44 |
For an internal thread in section, which diameter is drawn with thick continuous lines? |
Engineering Graphics Conventional representation of threads |
Medium |
| 45 |
A bolt is screwed into a tapped hole and drawn in section. In the region where the two threads overlap, which… |
Engineering Graphics Conventional representation of threads |
Hard |
| 46 |
What distinguishes a stud from a bolt? |
Engineering Graphics Studs |
Easy |
| 47 |
What is the purpose of the square neck on a square-neck stud? |
Engineering Graphics Studs |
Easy |
| 48 |
An engine cylinder cover must be removed often for inspection, and the cylinder body is too thick for through… |
Engineering Graphics Studs |
Medium |
| 49 |
Why is the metal end of a stud usually made longer when it is screwed into cast iron rather than steel? |
Engineering Graphics Studs |
Medium |
| 50 |
A stud should seat firmly on the body surface and always project by the same length. Which type best meets th… |
Engineering Graphics Studs |
Hard |