Refer to the 1.914 dimension.B) What is its tolerance ? ________________________________C) What is the MMC? (maximum material condition) ______________________________D) What is the LMC(least material condition)? _______________________________ REVISIONSDESCRIPTION-PROPRIETARY-THIS DOCUMENT AND DATA DISCLOSEDHEREIN OR HEREWITH IS NOT TO BEREPRODUCED, USED, OR DISCLOSEDIN WHOLE OR IN PART TO ANYONEWITHOUT THE PERMISSION OFFLIR SYSTEMS INC.ZONE LTRDATEAPPROVEDNOTES:1. INTERPRET DRAWING IAW MIL-STD-100.2. INTERPRET DIMENSIONS AND TOLERANCES PERASME Y14.5-2009.3. PART TO BE FREE OF BURRS AND SHARP EDGES.O.001VACUUM BAKE (10-4 TO 10 TORR). TEMP RISE300 C/10 MIN TO 900 C. HOLD FOR 15MIN AT 900 C. COOL TO 500 C IN 10 MIN,500 C TO 100 C IN 30 MIN, REMOVE AND AIRCOOL TO ROOM TEMP (20 C).2.125A.001 A/5 THREAD RELIEF .10 LONG MAX.2.0596. IDENTIFY IAW MIL-STD-130 BY BAGAND TAG INCLUDE LATEST REV LEVEL.1.914-/A ELECTROLESS NICKEL PLATE PERMIL-C-26074, CL 2 (.0001/.0002 THK)..8678. DIMENSIONS TO APPLY AFTER FINISH.9 GOLD PLATE INDICATED SURFACE PERMIL-G-45204, TYPE_ I, GRADE A, CLASSOPTIONAL, THICKNESS TO BE LESS THAN.0005 PER SURFACE.6962X 45° X .010- 45° X .015ø1.274ø.674Ø.750 /9+ø.028© ABE.010 B+ø.0280 AB|+ 0.014@ A|Ø.8740±.0005I0.001 A.875-40 UNS-2AR.005 MAX -Ø.107±.001 THRUUø.218 TO FULLDIAMETER FAR SIDE ONLYø.028@ A BPROJECT:UNLESS OTHERWISE SPECIFIEDDIMENSIONS ARE IN INCHESALL DIMENSIONS IN [] ARE MM DRAWNDO NOT SCALE DRAWINGFLIRFLIR Systems Inc.16505 sw 72nd AvePortland Or 97224PROJECTFRACTIONS + 1/32DECIMALS XX 1.015STRAIGHTNESS &/ORFLATNESS: .005/INDATETITLEG00'F XXXTHREADS:SLEEVEDEWARCHECKHOLE±.005 EXTERNAL-CLASS 2AINTERNAL-CLASS 28ANGLES,BENDS,&INTERSECTIONS:90PERPEND. I .003/IN MACHINED SURFACES:Y OR BETTERSAMPLES MUST BE APPROVED BY ENG.XXMATERIALREIMAGING-.001C00+ XXXDESIGNKOVARANGLES O'30'BENDSFINISHENGRDWG. NO.REVCONCEN. O.003/IN64869APPRPRIOR TO STARTING PRODUCTIONCALC. WT.SCALE 2:1PRINTED:SHEET 1 OF

Answered: Refer to the 1.914 dimension. B) What…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

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Problem 1.1MA

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Refer to the 1.914 dimension.

B) What is its tolerance ? ________________________________
C) What is the MMC? (maximum material condition) ______________________________

D) What is the LMC(least material condition)? _______________________________

REVISIONS
DESCRIPTION
-PROPRIETARY-
THIS DOCUMENT AND DATA DISCLOSED
HEREIN OR HEREWITH IS NOT TO BE
REPRODUCED, USED, OR DISCLOSED
IN WHOLE OR IN PART TO ANYONE
WITHOUT THE PERMISSION OF
FLIR SYSTEMS INC.
ZONE LTR
DATE
APPROVED
NOTES:
1. INTERPRET DRAWING IAW MIL-STD-100.
2. INTERPRET DIMENSIONS AND TOLERANCES PER
ASME Y14.5-2009.
3. PART TO BE FREE OF BURRS AND SHARP EDGES.
O.001
VACUUM BAKE (10-4 TO 10 TORR). TEMP RISE
300 C/10 MIN TO 900 C. HOLD FOR 15
MIN AT 900 C. COOL TO 500 C IN 10 MIN,
500 C TO 100 C IN 30 MIN, REMOVE AND AIR
COOL TO ROOM TEMP (20 C).
2.125
A
.001 A
/5 THREAD RELIEF .10 LONG MAX.
2.059
6. IDENTIFY IAW MIL-STD-130 BY BAG
AND TAG INCLUDE LATEST REV LEVEL.
1.914-
/A ELECTROLESS NICKEL PLATE PER
MIL-C-26074, CL 2 (.0001/.0002 THK).
.867
8. DIMENSIONS TO APPLY AFTER FINISH.
9 GOLD PLATE INDICATED SURFACE PER
MIL-G-45204, TYPE_ I, GRADE A, CLASS
OPTIONAL, THICKNESS TO BE LESS THAN
.0005 PER SURFACE.
696
2X 45° X .010
- 45° X .015
ø1.274
ø.674
Ø.750 /9
+ø.028© AB
E.010 B
+ø.0280 AB
|+ 0.014@ A|
Ø.8740±.0005
I0.001 A
.875-40 UNS-2A
R.005 MAX -
Ø.107±.001 THRU
Uø.218 TO FULL
DIAMETER FAR SIDE ONLY
ø.028@ A B
PROJECT:
UNLESS OTHERWISE SPECIFIED
DIMENSIONS ARE IN INCHES
ALL DIMENSIONS IN [] ARE MM DRAWN
DO NOT SCALE DRAWING
FLIR
FLIR Systems Inc.
16505 sw 72nd Ave
Portland Or 97224
PROJECT
FRACTIONS + 1/32
DECIMALS XX 1.015
STRAIGHTNESS &/OR
FLATNESS: .005/IN
DATE
TITLE
G00'F XXX
THREADS:
SLEEVE
DEWAR
CHECK
HOLE
±.005 EXTERNAL-CLASS 2A
INTERNAL-CLASS 28
ANGLES,BENDS,&
INTERSECTIONS:90
PERPEND. I .003/IN MACHINED SURFACES:
Y OR BETTER
SAMPLES MUST BE APPROVED BY ENG.
XX
MATERIAL
REIMAGING
-.001
C00+ XXX
DESIGN
KOVAR
ANGLES O'30'
BENDS
FINISH
ENGR
DWG. NO.
REV
CONCEN. O.003/IN
64869
APPR
PRIOR TO STARTING PRODUCTION
CALC. WT.
SCALE 2:1
PRINTED:
SHEET 1 OF

Expert Solution

Step 1

Tolerance for the given dimension is 0.01. now as tolerance = upper limit - lower limit. and we also know the nominal dimension. So, MMC will be { nominal dimension + (tolerance/2)} and LMC will be { nominal dimension - (tolerance/2)}. So,

MMC will be 1.919 and LMC will be 1.909.

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