Chapter 2: 6. Angular units of measurement are specified either in 7. Each feature must be and of the feature. 8. Dimensions must be selected and arranged to suite the function and mating relationship of a part and must not be subject to more than one 9. Unless otherwise specified, all tolerances and datum features apply for the full 10. Unless otherwise specified, all dimensions and tolerances are applicable at 11. What are the three types of direct tolerancing methods? 12. Where specifying decimal inch dimensions, a or . Those dimensions specifically identified as reference, maximum, minimum, or stock do not require the application of a tolerance. (temperature). Compensation may be made for measurements made at other temperatures. and is never placed before the decimal point for values less than one inch.

Chapter 2: 6. Angular units of measurement are specified either in 7. Each feature must be and of the feature. 8. Dimensions must be selected and arranged to suite the function and mating relationship of a part and must not be subject to more than one 9. Unless otherwise specified, all tolerances and datum features apply for the full 10. Unless otherwise specified, all dimensions and tolerances are applicable at 11. What are the three types of direct tolerancing methods? 12. Where specifying decimal inch dimensions, a or . Those dimensions specifically identified as reference, maximum, minimum, or stock do not require the application of a tolerance. (temperature). Compensation may be made for measurements made at other temperatures. and is never placed before the decimal point for values less than one inch.

Precision Machining Technology (MindTap Course List)

2nd Edition

ISBN:9781285444543

Author:Peter J. Hoffman, Eric S. Hopewell, Brian Janes

Publisher:Peter J. Hoffman, Eric S. Hopewell, Brian Janes

Chapter3: Job Planning, Benchwork, And Layout

Section3.1: Understanding Drawings

Problem 9RQ: A dimension listed on an engineering drawing is known as the _______ _______.

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5. Given the following sentence descriptions of the geometric tolerance information, correctly sketch the feature control frames for each. a. The feature must be flat within a tenth of a millimeter tolerance zone. b. The feature must be straight within a thousandth of an inch tolerance zone. c. The feature must be round within five-tenths of a millimeter tolerance zone. d. The feature (planar surface) must be perpendicular within a five-thousandths of an inch tolerance zone relative to datum feature A. e. The feature (axis of a cylinder) must be perpendicular within a one-hundredth of a millimeter cylindrical toler- ance zone at maximum material condition relative to datum feature D. f. The feature (planar surface) must be parallel within a thousandth of an inch tolerance zone relative to datum feature A. g. The feature (axis of a cylinder) must be parallel within a three-hundredths of a millimeter cylindrical tolerance zone at maximum material condition relative to datum feature M. h.…
Given the following sentence descriptions of the geometric tolerance information, correctly sketch the feature control frames for each and include in your lab report. i. The planar surface must be parallel within a thousandth of an inch tolerance zone relative to datum feature A. ii. The axis of a cylinder must be perpendicular within one- hundredth of a millimeter cylindrical tolerance zone at maximum material condition relative to datum feature D. iii. The total runout of the surface must be within a five- hundredths of a millimeter tolerance zone relative to datum feature A. 13 iv. The total surface profile of the surface must be within a two-thousandths of an inch tolerance zone relative to datum feature A. v. The axis of a hole must be positioned within a five- thousandths of a millimeter cylindrical tolerance zone at maximum material condition relative to primary datum feature D, secondary datum feature E, and tertiary datum feature F.
I need help answering these 3 parts. 1. The size description of an object on the print can best be described as dimensioning. TRUE or FALSE 2. The amount that any one dimension can vary is referred to as the tolerance. TRUE OR FALSE 3. While the MMC of a feature is important, for certain design calculations, it is important to also understand the LMC. TRUE or FALSE
I have three parts that I need answered pertaining to the print provided below. Did the person creating this print use the cylinder rule? (Multiple Choice)a. Yesb. Noc. There is no cylinder rule Not counting leader line callouts, how many cylindrical features in Section G-G are specified as linear dimensions? (Multiple Choice)a. 3b. 6c. 9d. 11 For those dimensions that have a tolerance specified, what name is given to the methodused? (Multiple Choice)a. High and low methodb. Limit methodc. Unilateral methodd. Universal method
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I need help answering this quick review pertaining to the print provided.
Please show all work
Which method specifies the tolerance by providing dimensions for the upper and lower limit in place of the dimension? a. general tolerance b. angular tolerance c. single-unit dimensioning d. plus-minus dimensioning e. limit dimensioning
Match the following term to the phrase that describes it. I had this question answered but number 3 was left unanswered. Please solve number 3 for me: "Method of expressing tolerance with a basic value".
Show the tolerance zone created by each of the given tolerance specfication. Superimpose the tolerance zone on the given drawing.
When no geometric tolerance is specified, the size tolerance controls the well as the size. O form orientation O profile O position as