Explore topic-wise MCQs in Technical Drawing.

This section includes 22 Mcqs, each offering curated multiple-choice questions to sharpen your Technical Drawing knowledge and support exam preparation. Choose a topic below to get started.

1.	Allowance is the maximum clearance or minimum interference specified to achieve a fit between two mating parts.
A.	1
B.
Answer» C.

Discussion

2.	Tolerances of form and position are typically not used to control straightness.
A.	1
B.
Answer» C.

Discussion

3.	Large batches of parts may use statistical methods to control quality where a sample of parts is inspected.
A.	1
B.
Answer» B.

Discussion

4.	Implied 90 degree angles typically have different general tolerances applied to them than other angles covered by a general note.
A.	1
B.
Answer» C.

Discussion

5.	Datum surfaces and features are used as references to control other features.
A.	1
B.
Answer» B.

Discussion

6.	Tolerance is the total amount a specific dimension is permitted to vary.
A.	1
B.
Answer» B.

Discussion

7.	In reference to geometric tolerancing, the term "geometric" refers to forms such as planes, cylinders, and squares.
A.	1
B.
Answer» B.

Discussion

8.	Increased precision makes parts less expensive to manufacture.
A.	1
B.
Answer» C.

Discussion

9.	The ISO has its own system of preferred metric limits and fits.
A.	1
B.
C.	1
D.
Answer» B.

Discussion

10.	Geometric dimensioning and tolerancing can simplify the inspection process.
A.	1
B.
Answer» B.

Discussion

11.	Geometric tolerances state the maximum allowable variations of a form or its position from the perfect geometry implied in the drawing.
A.	1
B.
C.	1
D.
Answer» B.

Discussion

12.	Nominal size is used for general identification and is usually expressed in decimals.
A.	1
B.
Answer» B.

Discussion

13.	Unilateral tolerances have traditionally been given on angles.
A.	1
B.
Answer» C.

Discussion

14.	Specific tolerances are based on the part's function and fit.
A.	1
B.
Answer» B.

Discussion

15.	This practice considers an individual part's dimensions and tolerances and that part's relation to its related parts:
A.	Applying allowances
B.	Geometric dimensioning and tolerancing
C.	Creating datum references
D.	Angular dimensioning tolerances
Answer» C. Creating datum references

Discussion

16.	This means that a feature of a finished product contains the maximum amount of material permitted by the toleranced dimensions for that feature:
A.	Maximum material condition
B.	Machined material condition
C.	Maximum machined indication
D.	Machine mark indication
Answer» B. Machined material condition

Discussion

17.	Acceptable parts must not extend beyond this:
A.	Boundary limits
B.	Hole limits
C.	Specification
D.	Tolerances
Answer» B. Hole limits

Discussion

18.	This is the measured size of a finished part:
A.	Actual size
B.	Dimensioned size
C.	Production size
D.	Basic size
Answer» B. Dimensioned size

Discussion

19.	Defining the datum reference frame is necessary to apply GDT principles.
A.	1
B.
C.	1
D.
Answer» B.

Discussion

20.	This is the theoretically exact size from which limits of size are determined:
A.	Actual Size
B.	Dimensioned size
C.	Production size
D.	Basic size
Answer» E.

Discussion

21.	This is the term for the range of tightness or looseness resulting from the allowances and tolerances in mating parts:
A.	Limits
B.	Fit
C.	Specifications
D.	Allowance
Answer» C. Specifications

Discussion

22.	When lines intersect on a drawing at angles of this many degrees, it is customary not to dimension the angle:
A.	360
B.	180
C.	90
D.	45
Answer» D. 45

Discussion

Explore topic-wise MCQs in Technical Drawing.

Allowance is the maximum clearance or minimum interference specified to achieve a fit between two mating parts.

Tolerances of form and position are typically not used to control straightness.

Large batches of parts may use statistical methods to control quality where a sample of parts is inspected.

Implied 90 degree angles typically have different general tolerances applied to them than other angles covered by a general note.

Datum surfaces and features are used as references to control other features.

Tolerance is the total amount a specific dimension is permitted to vary.

In reference to geometric tolerancing, the term "geometric" refers to forms such as planes, cylinders, and squares.

Increased precision makes parts less expensive to manufacture.

The ISO has its own system of preferred metric limits and fits.

Geometric dimensioning and tolerancing can simplify the inspection process.

Geometric tolerances state the maximum allowable variations of a form or its position from the perfect geometry implied in the drawing.

Nominal size is used for general identification and is usually expressed in decimals.

Unilateral tolerances have traditionally been given on angles.

Specific tolerances are based on the part's function and fit.

This practice considers an individual part's dimensions and tolerances and that part's relation to its related parts:

This means that a feature of a finished product contains the maximum amount of material permitted by the toleranced dimensions for that feature:

Acceptable parts must not extend beyond this:

This is the measured size of a finished part:

Defining the datum reference frame is necessary to apply GDT principles.

This is the theoretically exact size from which limits of size are determined:

This is the term for the range of tightness or looseness resulting from the allowances and tolerances in mating parts:

When lines intersect on a drawing at angles of this many degrees, it is customary not to dimension the angle: