In GD&T The lower segment of a multiple single-segment feature control frame acts just like any otherprecedes the tolerance in the feature control frame since the tolerance zone is notWhentolerancing elongated holes, no

The answer to the first question is: Profile Control Explanation: the lower segment of a…

Answered: The lower segment of a multiple…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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1. How is the location tolerance of Position different from the other 11 GD&T tolerances? Pick two (2) other tolerance and contrast write about those two in detail relative to Position tolerancing. 2. Form tolerances, elaborate how they are different from Orientation tolerances
how do you write this in a feature control frame? "The cross-sectional shape of this feature must be round within a radial tolerance zone of .002"
Draw feature control frame (FCF) of the following characteristics: Profile of line tolerance zone .500 at LMC to datum A Angularity with tolerance zone 0.10 at MMC to datum A at LMC Position tolerance zone .012 in diameter at MMC to datum A, B and C.
|Complete a feature control frame that specifies a circular runout tolerance of .008" relative to an axis established by datum feature C.
Explain what is represented by the datum feature symbol attached to the feature control frame containing the form geometric tolerance.
please solve step by step and correctly
Given the following G-code, what is the width of the rectangle if a 1/2" end mill is in the tool holder? (assume (0,0,0) is at the lower left, and z=0 is set at the top surface of the workpiece as usual) G20 G90 G28 M06 T1 M03 S1000 GOO XO YO Z-.25 G41 D1 G01 X1 Y1 Z-.25 F3 G01 X5 Y1 Z-.25 F3 G01 X5 Y3 Z-.25 F3 G01 X1 Y1 Z-.25 F3 GO0 X4 YO Z.25 a) 3.5" b) 4.5" c) 3" d) 4" e) 5"
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
PLEASE SHOW COMPLETE FBD AND SOLUTION. PROVIDE AN EXPLANATION FOR EACH PROCEDURE.
3. If the tolerance applies at MMC then a possible O indeterminant bonus O LMC zero tolerance exists.
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.
A shaft has to be assembled with a hole. The shaft has maximum limit 59.762 and minimum limit 59.56, and the hole has a maximum limit 60.24 and a minimum limit 60.04, compute the following: Tolerance of the shaft is Tolerance of the hole is Shaft size according to MMC = Shaft size according to LMC = Maximum clearance = Minimum clearance = Hole size according to MMC = Hole size according to LMC =

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The lower segment of a multiple single-segment feature control frame acts just like any other When tolerancing elongated holes, no precedes the tolerance in the feature control frame since the tolerance zone is not