CGA 510 CONN. 6.885-14 NGO-LH-INT MINOR DIA .8077-.8154 O 0.687 PITCH DIA .8386-.8422 v 90 X 0.906 .562 MIN FULL THD 30 + 0.422 OO0.010|A 1.040 1.020 0.25 O SEE VIEW "A" SEAT MUST BE SMOOTH SHARP EDGE (SEAT) 15 01/2-20 UNF-2B THD (2 MINOR DIA .446-.457 V 90 X ø.531 PITCH DIA .4675-.4731 11 TURNS MIN EFF THD 9 3/4-14 NGT THD CHAMFER 45 X ø.880 3.5-4.25 TURNS EFF THD .112 +E VIEW "A" .687 I 1.015 +0.004|B 1.38 0.88 (.88) B 0.29 - 0.440 - (311/16-20 UN-2B THD O MINOR DIA .633-.645 V 90 X 0,719 PITCH DIA .6550-.6606 7-8 TURNS EFF THD 0.56 30 O1/4-18 NPT THD v 90 X ø.563 3-5 TURNS EFF THD .31 .72 - 1.450 1.430 1.19 ø.615 X 45- 2.94 7201C-1F | 1 BODY FORGING TEM QIY. DRAWN DESCRIPTION NUMBER ENGINEER т. ПIСKLE REGO, CRYO-FLOW PRODUCTS D.WILLIAMS PPROVED J. OLSEN PLOT GENERATED 05/11/ CHECKED D. WILLIAMS ORGNAL DATE 6-12- BURLINGTON, N.C. 27215 NOTES: 1. REMOVE ALL BURRS AND BREAK SHARP CORNERS WITH .004-.007 RADIUS OR CHAMFER UNLESS THIS DRAWING IS ECI PROPRIETARY INFORMATION ALL RIGHTS OF DESIGN OR MENTION ARE RESERVED UNLESS OTHERWISE SPECIFIED: HERWISE REVISIONS TTLE 2 PL DEC. 3 PL DEC. 4 PL DEC. ANGLES * .02 * .005 *.000s A109, 06/12/ AREV & REDRÁWN OTHERWISE SPECIFIED. 2. CLEAN PER 11550-118. BODY CONCENTRICITY 010 FM FINISH 125 MAx REMOVE BURRS, REAK SHARP EDGES R015 MAX INTERPRET DIVENSIONS&DRAWING NO. TOLERANCES AW ASME Y14.SM-1994 125 HAX DWG SIZE 007201C-1 SCALE (A)-CHANGES (1)-GAGES (1:1) AP-001. Print supplied by RegO Cryo-Flow Products.

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

See similar textbooks

Related questions

Concept explainers

Question

I have two parts that need to be answered (Multiple Choice). If you can not answer both parts, please leave it for another tutor to answer. Thank you.

On the left side view of this print, there is a horizontal, straight-line segment that does not connect to other lines. In basic terms, explain why. (Multiple Choice)
A: It represents a rounded edge and is there to help clarify the view, even though no sharp edge exists.
B: It represents a straight edge that can't be seen in other views.
C: It's a drafting mistake and should not be there.
D: It represents a locating edge on the part and must be there to establish a primary plane for the inspection setup.

This print does not show a cutting-plane line. Is this acceptable practice or an error? (Multiple Choice)
A: Acceptable
B: Error

CGA 510 CONN.
6.885-14 NGO-LH-INT
MINOR DIA .8077-.8154
O
0.687
PITCH DIA .8386-.8422
v 90 X 0.906
.562 MIN FULL THD
30
+ 0.422
OO0.010|A
1.040
1.020
0.25 O
SEE VIEW "A"
SEAT MUST BE SMOOTH
SHARP EDGE (SEAT)
15
01/2-20 UNF-2B THD
(2 MINOR DIA .446-.457
V 90 X ø.531
PITCH DIA .4675-.4731
11 TURNS MIN EFF THD
9 3/4-14 NGT THD
CHAMFER 45 X ø.880
3.5-4.25 TURNS EFF THD
.112 +E
VIEW "A"
.687
I 1.015
+0.004|B
1.38
0.88
(.88)
B 0.29 -
0.440 -
(311/16-20 UN-2B THD
O MINOR DIA .633-.645
V 90 X 0,719
PITCH DIA .6550-.6606
7-8 TURNS EFF THD
0.56
30
O1/4-18 NPT THD
v 90 X ø.563
3-5 TURNS EFF THD
.31
.72 -
1.450
1.430
1.19
ø.615 X 45-
2.94
7201C-1F
| 1 BODY FORGING
TEM QIY.
DRAWN
DESCRIPTION
NUMBER
ENGINEER
т. ПIСKLE
REGO, CRYO-FLOW PRODUCTS
D.WILLIAMS
PPROVED
J. OLSEN
PLOT GENERATED
05/11/
CHECKED
D. WILLIAMS
ORGNAL DATE
6-12-
BURLINGTON, N.C. 27215
NOTES:
1. REMOVE ALL BURRS AND BREAK SHARP CORNERS
WITH .004-.007 RADIUS OR CHAMFER UNLESS
THIS DRAWING IS ECI PROPRIETARY INFORMATION
ALL RIGHTS OF DESIGN OR MENTION ARE RESERVED
UNLESS
OTHERWISE SPECIFIED:
HERWISE
REVISIONS
TTLE
2 PL DEC.
3 PL DEC.
4 PL DEC.
ANGLES
* .02
* .005
*.000s
A109, 06/12/
AREV & REDRÁWN
OTHERWISE SPECIFIED.
2. CLEAN PER 11550-118.
BODY
CONCENTRICITY 010 FM
FINISH 125 MAx
REMOVE BURRS, REAK
SHARP EDGES R015 MAX
INTERPRET DIVENSIONS&DRAWING NO.
TOLERANCES AW
ASME Y14.SM-1994
125 HAX
DWG SIZE
007201C-1
SCALE
(A)-CHANGES
(1)-GAGES
(1:1)
AP-001.
Print supplied by RegO Cryo-Flow Products.

Expert Solution

Trending now

This is a popular solution!

Step by step

Solved in 2 steps

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, mechanical-engineering and related others by exploring similar questions and additional content below.

Similar questions