set-2
51. ______ is used in engineering drawings to measure up to two units in a row. For instance, metre and decimeter, feet and inches, and so on.
52. ______ are used to read lengths in two units such as meters and decimeters, centimeters and millimeters etc., or to read to the accuracy correct to first decimal.
53. A ___ measurement is more accurate than a plain scale’s measurement.
54. When three successive units of measurement are required, a ______ is preferred.
55. ______ is used on length measuring devices such as vernier calipers, screw gauges, and micrometers.
56. When the graduations on the main scale are marked in both directions (i.e., clockwise and anti-clockwise) from the common zero, a ______ is required.
57. ______ is one of the types of the Scale used in Engineering Drawing.
58. ______ information is required for the construction of plain, diagonal, or a vernier scales.
59. SCALE 1: 1 is used for ______
60. SCALE X : 1 is used for ______
61. SCALE 1 : X is used for ______
62. The standard views used in an ______ are the front, top, and right-side views.
63. In ______ when views are drawn in their relative position, Top view comes below Front view, Right side view drawn to the left side of elevation.
64. In ______ when views are drawn in their relative position, Top view comes below Front view, Right side view drawn to the right side of elevation.
65. In ______ the object is kept in ______.
66. In angle projection between projection plane and observer ______ lies.
67. The positions of front and top views are ______ in angle view.
68. The positions of right side view and front view of an object kept in 1st quadrant and projection are drawn?
69. In angle projection the positions of reference line and top view are ______.
70. Let us assume that we placed an object in 1st quadrant in which one of the surfaces of object is coinciding with vertical plane then determine the correct position of the view.
71. Let us assume that we placed an object in 1st quadrant in which one of the surfaces of object is coinciding with both horizontal plane and vertical plane then determine the correct position of the view.
72. Let us assume that we placed an object in 1st quadrant in which one of the surfaces of object is coinciding with horizontal plane then determine the correct position of the view.
73. Bottom view lies in ______ position in angle projection.
74. Back view lies in ______ position in angle projection.
75. In ______ the object is kept in ______.
76. In angle projection between object and observer ______ lies.
77. The positions of front and top views are ______ in angle view.
78. The positions of right side view and front view of an object kept in 3rd quadrant and projection are drawn?
79. In angle projection the positions of reference line and top view are
80. Let us assume that we placed an object in 3rd quadrant in which one of the surfaces of object is coinciding with vertical plane then determine the correct position of the view.
81. Let us assume that we placed an object in 3rd quadrant in which one of the surfaces of object is coinciding with both horizontal plane and vertical plane then determine the correct position of the view.
82. Let us assume that we placed an object in 3rd quadrant in which one of the surfaces of object is coinciding with horizontal plane then determine the correct position of the view.
83. Bottom view lies in ______ position in angle projection.
84. Back view lies in ______ position in angle projection.
85. The isometric projection of solids like cube, square and rectangular prisms are drawn by ______
86. The isometric projections of pyramids and cones are generally drawn by ______
87. Using true measurements an isometric projection is projected/ drawn but not with isometric scale then the drawings are called______.
88. Using isometric scale, the isometric drawing is drawn then the drawing is called______.
89. Consider a square with its top view given, now to draw the isometric view ______ angle vertical edge has to make with horizontal.
90. Consider a square with its top view given, now to draw the isometric view ______ angle base has to make with horizontal.
91. Consider a square with its front view given, now to draw the isometric view ______ angle vertical edge has to make with horizontal.
92. Consider a square with its front view given, now to draw the isometric view ______ angle base has to make with horizontal.
93. ______ makes object visualization much easier by showing all three dimensions at once.
94. According to their number of ______ perspective drawings are classified.
95. Between the object and observer ______ is placed in perspective drawing.
96. When ground plane intersects with picture plane in perspective drawing then ______ is formed.
97. Angular perspective is also known as ______.
98. All lines of sight start at a ______ point in perspective projection.
99. Object’s perspective is obtained by using vertical projection is ______.
100. Consider a scenario at certain point the object’s edges are converging, and these point is seen at eye level. Which means the Horizontal plane are ______.
101. By projecting the top view with either the front view or the side view of the visual rays, the points on the perspective are obtained in ______ method.
102. Important shapes should be ______ relative to the viewing plane in oblique projection.
103. Oblique drawings are dimensioned similar to ______ drawings.
104. Equally spaced partial circles depict ______ in oblique drawing.
105. If there is true length of receding lines and projectors are 45 degrees to the plane of projection/ picture plane then this oblique drawing is called as ______.
106. Let us assume there are three coordinates named x, y, z then in ______ projection a point of the object is represented by these coordinates.
107. Break line limits ______ section.
108. When drawing a section view of a mechanical part which include cylindrical view of a threaded hole, in this condition a drafter should use a ______.
109. Consider an object, whose one forth part has been marked for removal. This type of section view is known as ______.
110. Bends in the cutting plane are all ______ in offset sections.
111. Symmetric objects can be shown by ______ type of section.
112. ______ is not in direct projection from the view containing the cutting plane.
113. Drafter is able to show only one view of the part of a cylindrical mechanical part by using ______.
114. For shortening the view of an object ______ are used.
115. Drafter can use ______ section when details of small section of interior part of an object needs to be revealed.
116. One quarter of the object is removed in ______.
117. Standard element of section view is ______.
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