23 + Mcqs in Oblique Projection Page 1 McqOptions

1.	The figure below represents _____________ point perspective.
A.	2
B.	3
C.	4
D.	5
Answer» C. 4

Discussion

2.	This figure below is a _____________ in oblique projection.
A.	Military projection
B.	3- point projection
C.	Isometric projection
D.	Army projection
Answer» B. 3- point projection

Discussion

3.	A variant of ___________ is called military projection.
A.	3- projection
B.	Orthographic projection
C.	Isometric projection
D.	Oblique projection
Answer» E.

Discussion

4.	In _________a point of the object is represented by three coordinates, x, y and z.
A.	axonometric projection
B.	cavalier projection
C.	cabinet projection
D.	military projection
Answer» C. cabinet projection

Discussion

5.	The term __________ stems from its use in illustrations by the furniture industry.
A.	cavalier projection
B.	axonometric projection
C.	cabinet projection
D.	dimetric projection
Answer» D. dimetric projection

Discussion

6.	Oblique sections are useful to show the _____________
A.	interior shapes
B.	oblique lines
C.	foreshortened features
D.	projected features
Answer» B. oblique lines

Discussion

7.	In oblique projections, one of the object’s principal faces is parallel to the plane of projection.
A.	True
B.	False
Answer» B. False

Discussion

8.	When the receding lines are true length, and the projectors are at 45 degrees to the plane of projection, the oblique drawing is called ______________
A.	oblique projection
B.	isometric projection
C.	axonometric projection
D.	cavalier projection
Answer» E.

Discussion

9.	When the receding lines are drawn to half size, the drawing is known as a cabinet projection.
A.	1
B.
Answer» B.

Discussion

10.	In oblique projections, one of the object's principal faces is parallel to the plane of projection.
A.	1
B.
Answer» B.

Discussion

11.	If you are sketching an ellipse in an oblique drawing, you can block in the enclosing rectangle and sketch the ellipse tangent to its sides.
A.	1
B.
Answer» B.

Discussion

12.	If a complicated pictorial is needed, it may be easier and more accurate to create a 3D model than an oblique drawing.
A.	1
B.
C.	1
D.
Answer» B.

Discussion

13.	In CAD, oblique drawings are difficult to create because you cannot use snap increments or draw similarly to drawing on grid paper.
A.	1
B.
Answer» C.

Discussion

14.	In general, all types of sections for isometric drawing may be applied to oblique drawing.
A.	1
B.
Answer» B.

Discussion

15.	In an oblique drawing, when an angle is specified in degrees in a receding plane, you should convert the angle into circular measurements.
A.	1
B.
Answer» C.

Discussion

16.	Circles, circular arcs, and other curved surfaces may be drawn using offset measurements.
A.	1
B.
Answer» B.

Discussion

17.	In a CAD system, you can draw an ellipse by specifying these:
A.	The bounding lines
B.	The midpoint and end points
C.	The center and major and minor axes
D.	The center and radius
Answer» D. The center and radius

Discussion

18.	In an oblique drawing, equally spaced partial circles may be used to show this:
A.	Symbolic thread pitch
B.	Ellipses
C.	Cavalier drawings
D.	Projection points
Answer» B. Ellipses

Discussion

19.	Oblique sections are useful to show this:
A.	Foreshortened features
B.	Oblique lines
C.	Interior shapes
D.	Projected features
Answer» D. Projected features

Discussion

20.	Oblique drawings are dimensioned in a similar fashion as these types of drawings:
A.	Orthographic
B.	Isometric
C.	Angular
D.	Parallel
Answer» C. Angular

Discussion

21.	When the receding lines are true length, and the projectors are at 45 degrees to the plane of projection, the oblique drawing is called this:
A.	Cabinet projection
B.	Cavalier projection
C.	Axonometric projection
D.	Isometric projection
Answer» C. Axonometric projection

Discussion

22.	In oblique projections, the projectors are perpendicular to each other but are not parallel to the plane of projection.
A.	1
B.
C.	1
D.
Answer» C. 1

Discussion

23.	In oblique projection, important shapes should be in this position relative to the viewing plane:
A.	Parallel
B.	Perpendicular
C.	Adjacent
D.	Rotated
Answer» B. Perpendicular

Discussion

Explore topic-wise MCQs in Technical Drawing.

The figure below represents _____________ point perspective.

This figure below is a _____________ in oblique projection.

A variant of ___________ is called military projection.

In _________a point of the object is represented by three coordinates, x, y and z.

The term __________ stems from its use in illustrations by the furniture industry.

Oblique sections are useful to show the _____________

In oblique projections, one of the object’s principal faces is parallel to the plane of projection.

When the receding lines are true length, and the projectors are at 45 degrees to the plane of projection, the oblique drawing is called ______________

When the receding lines are drawn to half size, the drawing is known as a cabinet projection.

In oblique projections, one of the object's principal faces is parallel to the plane of projection.

If you are sketching an ellipse in an oblique drawing, you can block in the enclosing rectangle and sketch the ellipse tangent to its sides.

If a complicated pictorial is needed, it may be easier and more accurate to create a 3D model than an oblique drawing.

In CAD, oblique drawings are difficult to create because you cannot use snap increments or draw similarly to drawing on grid paper.

In general, all types of sections for isometric drawing may be applied to oblique drawing.

In an oblique drawing, when an angle is specified in degrees in a receding plane, you should convert the angle into circular measurements.

Circles, circular arcs, and other curved surfaces may be drawn using offset measurements.

In a CAD system, you can draw an ellipse by specifying these:

In an oblique drawing, equally spaced partial circles may be used to show this:

Oblique sections are useful to show this:

Oblique drawings are dimensioned in a similar fashion as these types of drawings:

When the receding lines are true length, and the projectors are at 45 degrees to the plane of projection, the oblique drawing is called this:

In oblique projections, the projectors are perpendicular to each other but are not parallel to the plane of projection.

In oblique projection, important shapes should be in this position relative to the viewing plane: