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1-The following is not included in title block of drawing sheet., Sheet No, Scale, Method of Projection, Size of sheet, (Ans: d), 2-Which of the following represent reducing scale?, 1:1, 1:2, 2:1, 10:1, (Ans: b), 3-In first angle projection method, object is assumed to be placed in, First quadrant, Second quadrant, Third Quadrant, Fourth quadrant, (Ans: a), 4-The following line is used for visible outlines, Continuous thick, Continuous thin, Chain thin line, Short zigzag thin, (Ans: a), 5-The following line is used for dimension line, Continuous thick, Continuous thin, Chain thin line, Short zigzag thin, (Ans: b), 6-The dotted lines represents, Hidden edges, Projection line, Centre line, Hatching line, (Ans: a), 7-Hatching lines are drawn at ___ degree to reference line, 30, 45, 60, 90, (Ans: b), 8-In aligned system of dimensioning, the dimensions may be read from, Bottom or right hand edges, Bottom or left hand edges, Only from bottom, Only from left side, (Ans: a), 9-The Length:Width in case of an arrow head is, 1:1, 2:1, 3:1, 4:1, (Ans: c), 10-Metric thread of 10mm diameter is represented by, 10M, M10, M^10, None of the above, (Ans: b), 11-The internal angle of regular pentagon is ___ degree., 72, 108, 120, 150, (Ans: a), 12-The internal angle of regular hexagon is ___ degree., 72, 108, 120, 150, (Ans: c), 13-‘Representative fraction’ (RF) is defined as, Length of an object in the drawing / Actual length of the object, Length of an object in the drawing / Isometric length of the object, Actual length of the object / Length of an object in the drawing, Isometric length of the object / Length of an object in the drawing, (Ans: a), 14-A line of 1 meter is shown by 1cm on a scale. Its Representative fraction (RF) is, 1, 100, 1/100, 1/50, (Ans: c), 15-A point ‘P’ is above Horizontal Plane (HP) and in front of Vertical Plane (VP). The point is in, First quadrant, Second quadrant, Third quadrant, Fourth quadrant, (Ans: a), 16-The side view of an object is drawn in, Vertical plane, Horizontal plane, Profile plane, Any of the above, (Ans: c), 17-When the line is parallel to both Horizontal Plane (HP) and Vertical Plane (VP), we can get its true length in, Front view, Top view, Both ‘a’ and ‘b’, Side view, (Ans: c), 18-When the line is parallel to VP and perpendicular to HP, we can get its true length in, Front view, Side view, Both ‘a’ and ‘b’, Top view, (Ans: c), 19-The following method(s) is used to find the true length and true inclination of a line when its front view and top view are given, Rotation method, Trapezoidal method, Auxiliary plane method, All of the above, (Ans: d), 20-The front view of a rectangle, when its plane is parallel to HP and perpendicular to VP, is, Rectangle, Square, Line, Point, (Ans: c), 21-Which of the following position is not possible for a plane?, Perpendicular to both HP and VP, Parallel to both HP and VP, Perpendicular to HP and parallel to VP, Perpendicular to VP and parallel to HP, (Ans: b), 22-The following are the Polyhedron except, Prism, Pyramid, Cube, Cylinder, (Ans: d), 23-The following are the Solids of revolution except, Prism, Sphere, Cone, Cylinder, (Ans: a), 24-If a solid is cut by a cutting plane parallel to the base of the solid and top part is removed, the remaining part is called, Frustum of a solid, Truncated solid, Oblique solid, None of the above, (Ans: a), 25-A right regular hexagonal prism in resting on HP on its base, its top view is a, Square, Rectangle, Hexagon, Pentagon, (Ans: c), 26- Which of the following position is not possible for a right solid?, Axis perpendicular to HP and parallel to VP, Axis parallel to VP and perpendicular to HP, Axis parallel to both VP and HP, Axis perpendicular to both VP and HP, (Ans: d), 27-The top view of a right cylinder resting on HP on its base rim is, Ellipse, Circle, Rectangle, Square, (Ans: b), 28-A tetrahedron has four equal ____ faces, Square, Rectangular, Triangular, None of the above, (Ans: c), 29-The following is formed by revolving rectangle about one of its sides which remains fixed, Cylinder, Sphere, Hemi sphere, Cone, (Ans: a), 30-The sectional plane are represented by, Continuous thick line, Continuous thin line, Chain thin line, Chain thin line having thick edges, (Ans: d), 31-A right circular cone resting on HP on its base is cut by a section plane parallel to HP, bisecting its axis. The true shape of the section is, Parabola, Hyperbola, Ellipse, Circle, (Ans: d), 32-A right circular cylinder resting on HP on its base is cut by a section plane inclined to HP, bisecting its axis. The true shape of the section is, Parabola, Hyperbola, Ellipse, Circle, (Ans: c), 33-The following is the method for development of a right regular prism., Parallel line method, Radial line method, Triangulation method, Approximate method, (Ans: a), 34-The following is the method for development of a sphere., Parallel line method, Radial line method, Triangulation method, Approximate method, (Ans: d), 35-Development of surfaces is used in the development of, Piping, Air conditioning duct, Buckets, All of the above, (Ans: d), 36-The development of cylinder is a, Rectangle, Circle, Ellipse, None of the above, (Ans: a), 37-Zone method is used to develop, Prism, Pyramid, Cone, Sphere, (Ans: d), 38-The development of lateral surfaces of a pentagonal pyramid is, Five squares, Five Rectangles, Five triangles, None of the above, (Ans: c), 39-The isometric length is ____ percent of actual length., 61.5, 71.5, 81.5, 91.5, (Ans: c), 40-The following is (are) the method(s) of projecting the pictorial views., Axonometric projection, Oblique projection, Perspective projection, All of the above, (Ans: d), 41-The isometric axis are inclined at ___ degree to each other., 60, 90, 120, 150, (Ans: c), 42-The following are the methods for drawing isometric views except, Box method, Offset method, Centre lines method, Parallel line method, (Ans: d), 43-Rectagular prism is an example of, Objects having isometric lines, Object having non-isometric lines, Object having curved surfaces, None of the above, (Ans: a), 44-The isometric projection of a sphere is a, Circle, Ellipse, Hyperbola, Parabola, (And: a), 45-The isometric projection of a circle is a, Circle, Ellipse, Hyperbola, Parabola, (And: b)