Date Name Industry Print Exercise 10-1 Refer to the print PR 10-1 and answer the questions below. 1. Note 3 in the upper-left area of the drawing is referring to the crosshatched area on the front view. What is the maximum material condition of the hole in the middle of that area? 2. Where on the drawing is the tolerance specified for the R.50 and the 2X R.12 dimensions and ho. much is this tolerance? 3. How many dimensions on this print are expressed with the limit method? 4. This drawing shows a fastener inserted into a hole, as indicated by note 5 in the top view. What is the maximum material condition of that pin? (Note: the front view indicates the size of the hole.) 5. With reference to question 4, the hole in the part is to be .451-.453. What is the allowance for the pin and the hole? 6. Two of the dimensions, 3.165 and 2.114, have boxes around them. As discussed in this unit, what are those dimensions called? 7. Note 1 indicates 10 GAGE 1010-1020 sheet metal can be used to make the main body of this part According to the left side view, how much tolerance is given to the thickness of the metal? 8. The boxes that indicate an A or a B are called identification symbols. 9. The top view shows a bend radius of the thin metal. Would a bend radius of 1/8" meet the requirements? Review questions based on previous units: 10. What paper size is the original version of this print? 11. Are there any section views shown on this print? 12. What is the name of this part? 13. What is the part number of this print? 14 How many chamfered edges are noted by leader lines on this drawing? 15. Which system for placing dimension values is used, aligned or unidirectional? Inc. 10 12 NOTES CHANGES 1. 10 GAGE 1010-1020 HR P&O ZINC YELLOW DICHROMATE. .190 MAX TO BE CHECKED WITH GO/NO-GO PLUG GAGES. 2 170 R .130 1.0 3 AREAS INDICATED TO BE FREE OF BURRS AND BREAKOUT - = SHAVE. CHANGES OHIO FASTENER #RH2708 5/16-18, BEE LIETZE INDUSTRIES ACC-51119 WELD PIN FLANGED PROJECT ION WELD NUT OR EQUI VALENT. 5 .515 .485 5 6 CRITICAL FEATURE RANKING PER HYDRO-GEAR C 450 .442 FMEA PROCESS #602 453 THRU 451 2.114 .020 A B .971 .931 .600 R 0.560 -C- Ø. 33 + .520 .480 CHANGES .520 R .480 Ø.45 x 45 CHAMFER 3.165 .20 R 2X R. 12 10 2PL 2.120 2.080 1.80 1.40 -R. 50 1.65 -B- 1.25 2 3 893 .887 0.840 R 0.810 -B- .138 .130 2.12- .100 .060 2.770 2.730 .040 4.960 4.920 -|.015 WITHIN 1. 65 1-DEAS DRAWING INTERPRETATION TOLERANCES UNLESS SPECIFIED -A- PER ASME Y14.5M t.020 t.010 t.005 t.0005 ±1 .0 .00 .000 .0000 ANGLE Hydro-Gear 1411 SO. HAMILTON ST. SULLIVAN, IL 61951 PHONE (217) 728-2581 DATE 08/04 NAME DRAWN CHECKED APPR NAME ARM, RETURN P6 KJR FORMER PART NO X1287-3 SHEET 1 OF 1 PART NO. 51127 DRAWN IN INCHES SIZE SCALE MATERIAL: SEE NOTES FULL С CHIG P7 FINISH: SEE NOTES PROJECT REFERENCE : 310-3000 12 10 11 Unit 10 Tolerancing 211 Print supplied by Hydro-Gear PR 10-1. Return Arm.
Date Name Industry Print Exercise 10-1 Refer to the print PR 10-1 and answer the questions below. 1. Note 3 in the upper-left area of the drawing is referring to the crosshatched area on the front view. What is the maximum material condition of the hole in the middle of that area? 2. Where on the drawing is the tolerance specified for the R.50 and the 2X R.12 dimensions and ho. much is this tolerance? 3. How many dimensions on this print are expressed with the limit method? 4. This drawing shows a fastener inserted into a hole, as indicated by note 5 in the top view. What is the maximum material condition of that pin? (Note: the front view indicates the size of the hole.) 5. With reference to question 4, the hole in the part is to be .451-.453. What is the allowance for the pin and the hole? 6. Two of the dimensions, 3.165 and 2.114, have boxes around them. As discussed in this unit, what are those dimensions called? 7. Note 1 indicates 10 GAGE 1010-1020 sheet metal can be used to make the main body of this part According to the left side view, how much tolerance is given to the thickness of the metal? 8. The boxes that indicate an A or a B are called identification symbols. 9. The top view shows a bend radius of the thin metal. Would a bend radius of 1/8" meet the requirements? Review questions based on previous units: 10. What paper size is the original version of this print? 11. Are there any section views shown on this print? 12. What is the name of this part? 13. What is the part number of this print? 14 How many chamfered edges are noted by leader lines on this drawing? 15. Which system for placing dimension values is used, aligned or unidirectional? Inc. 10 12 NOTES CHANGES 1. 10 GAGE 1010-1020 HR P&O ZINC YELLOW DICHROMATE. .190 MAX TO BE CHECKED WITH GO/NO-GO PLUG GAGES. 2 170 R .130 1.0 3 AREAS INDICATED TO BE FREE OF BURRS AND BREAKOUT - = SHAVE. CHANGES OHIO FASTENER #RH2708 5/16-18, BEE LIETZE INDUSTRIES ACC-51119 WELD PIN FLANGED PROJECT ION WELD NUT OR EQUI VALENT. 5 .515 .485 5 6 CRITICAL FEATURE RANKING PER HYDRO-GEAR C 450 .442 FMEA PROCESS #602 453 THRU 451 2.114 .020 A B .971 .931 .600 R 0.560 -C- Ø. 33 + .520 .480 CHANGES .520 R .480 Ø.45 x 45 CHAMFER 3.165 .20 R 2X R. 12 10 2PL 2.120 2.080 1.80 1.40 -R. 50 1.65 -B- 1.25 2 3 893 .887 0.840 R 0.810 -B- .138 .130 2.12- .100 .060 2.770 2.730 .040 4.960 4.920 -|.015 WITHIN 1. 65 1-DEAS DRAWING INTERPRETATION TOLERANCES UNLESS SPECIFIED -A- PER ASME Y14.5M t.020 t.010 t.005 t.0005 ±1 .0 .00 .000 .0000 ANGLE Hydro-Gear 1411 SO. HAMILTON ST. SULLIVAN, IL 61951 PHONE (217) 728-2581 DATE 08/04 NAME DRAWN CHECKED APPR NAME ARM, RETURN P6 KJR FORMER PART NO X1287-3 SHEET 1 OF 1 PART NO. 51127 DRAWN IN INCHES SIZE SCALE MATERIAL: SEE NOTES FULL С CHIG P7 FINISH: SEE NOTES PROJECT REFERENCE : 310-3000 12 10 11 Unit 10 Tolerancing 211 Print supplied by Hydro-Gear PR 10-1. Return Arm.
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
Related questions
Question
I need help with question number 15 that is pertaining to the print provided.
![Date
Name
Industry Print Exercise 10-1
Refer to the print PR 10-1 and answer the questions below.
1. Note 3 in the upper-left area of the drawing is referring to the crosshatched area on the front view.
What is the maximum material condition of the hole in the middle of that area?
2. Where on the drawing is the tolerance specified for the R.50 and the 2X R.12 dimensions and ho.
much is this tolerance?
3. How many dimensions on this print are expressed with the limit method?
4. This drawing shows a fastener inserted into a hole, as indicated by note 5 in the top view. What is the
maximum material condition of that pin? (Note: the front view indicates the size of the hole.)
5. With reference to question 4, the hole in the part is to be .451-.453. What is the allowance for the pin
and the hole?
6. Two of the dimensions, 3.165 and 2.114, have boxes around them. As discussed in this unit, what are
those dimensions called?
7. Note 1 indicates 10 GAGE 1010-1020 sheet metal can be used to make the main body of this part
According to the left side view, how much tolerance is given to the thickness of the metal?
8. The boxes that indicate an A or a B are called
identification symbols.
9. The top view shows a bend radius of the thin metal. Would a bend radius of 1/8" meet the requirements?
Review questions based on
previous units:
10. What paper size is the original version of this print?
11. Are there any section views shown on this print?
12. What is the name of this part?
13. What is the part number of this print?
14 How many chamfered edges are noted by leader lines on this drawing?
15. Which system for placing dimension values is used, aligned or unidirectional?
Inc.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb7e3c6b4-07f5-414d-8900-56fe9b585475%2F5a3cf2e3-a73b-4c47-b367-8849b96e9ae2%2Fp7r59qf.jpeg&w=3840&q=75)
Transcribed Image Text:Date
Name
Industry Print Exercise 10-1
Refer to the print PR 10-1 and answer the questions below.
1. Note 3 in the upper-left area of the drawing is referring to the crosshatched area on the front view.
What is the maximum material condition of the hole in the middle of that area?
2. Where on the drawing is the tolerance specified for the R.50 and the 2X R.12 dimensions and ho.
much is this tolerance?
3. How many dimensions on this print are expressed with the limit method?
4. This drawing shows a fastener inserted into a hole, as indicated by note 5 in the top view. What is the
maximum material condition of that pin? (Note: the front view indicates the size of the hole.)
5. With reference to question 4, the hole in the part is to be .451-.453. What is the allowance for the pin
and the hole?
6. Two of the dimensions, 3.165 and 2.114, have boxes around them. As discussed in this unit, what are
those dimensions called?
7. Note 1 indicates 10 GAGE 1010-1020 sheet metal can be used to make the main body of this part
According to the left side view, how much tolerance is given to the thickness of the metal?
8. The boxes that indicate an A or a B are called
identification symbols.
9. The top view shows a bend radius of the thin metal. Would a bend radius of 1/8" meet the requirements?
Review questions based on
previous units:
10. What paper size is the original version of this print?
11. Are there any section views shown on this print?
12. What is the name of this part?
13. What is the part number of this print?
14 How many chamfered edges are noted by leader lines on this drawing?
15. Which system for placing dimension values is used, aligned or unidirectional?
Inc.
![10
12
NOTES
CHANGES
1. 10 GAGE 1010-1020 HR P&O ZINC YELLOW DICHROMATE.
.190 MAX
TO BE CHECKED WITH GO/NO-GO PLUG GAGES.
2
170
R
.130
1.0
3
AREAS INDICATED TO BE FREE OF BURRS AND BREAKOUT -
=
SHAVE.
CHANGES
OHIO FASTENER #RH2708 5/16-18, BEE LIETZE INDUSTRIES
ACC-51119 WELD PIN FLANGED PROJECT ION WELD NUT OR
EQUI VALENT.
5
.515
.485
5
6
CRITICAL FEATURE RANKING PER HYDRO-GEAR
C
450
.442
FMEA PROCESS #602
453 THRU
451
2.114
.020 A B
.971
.931
.600
R
0.560
-C-
Ø. 33
+
.520
.480
CHANGES
.520
R
.480
Ø.45 x 45
CHAMFER
3.165
.20
R
2X R. 12
10 2PL
2.120
2.080
1.80
1.40
-R. 50
1.65
-B-
1.25
2 3
893
.887
0.840
R
0.810
-B-
.138
.130
2.12-
.100
.060
2.770
2.730
.040
4.960
4.920
-|.015
WITHIN 1. 65
1-DEAS
DRAWING INTERPRETATION
TOLERANCES
UNLESS SPECIFIED
-A-
PER ASME Y14.5M
t.020
t.010
t.005
t.0005
±1
.0
.00
.000
.0000
ANGLE
Hydro-Gear
1411 SO. HAMILTON ST. SULLIVAN, IL 61951
PHONE (217) 728-2581
DATE
08/04
NAME
DRAWN
CHECKED
APPR
NAME ARM, RETURN
P6
KJR
FORMER PART NO
X1287-3
SHEET 1 OF 1
PART NO.
51127
DRAWN IN INCHES
SIZE SCALE
MATERIAL: SEE NOTES
FULL
С
CHIG
P7
FINISH: SEE NOTES
PROJECT REFERENCE : 310-3000
12
10
11
Unit 10
Tolerancing
211
Print supplied by Hydro-Gear
PR 10-1. Return Arm.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb7e3c6b4-07f5-414d-8900-56fe9b585475%2F5a3cf2e3-a73b-4c47-b367-8849b96e9ae2%2Fcqwxv62.jpeg&w=3840&q=75)
Transcribed Image Text:10
12
NOTES
CHANGES
1. 10 GAGE 1010-1020 HR P&O ZINC YELLOW DICHROMATE.
.190 MAX
TO BE CHECKED WITH GO/NO-GO PLUG GAGES.
2
170
R
.130
1.0
3
AREAS INDICATED TO BE FREE OF BURRS AND BREAKOUT -
=
SHAVE.
CHANGES
OHIO FASTENER #RH2708 5/16-18, BEE LIETZE INDUSTRIES
ACC-51119 WELD PIN FLANGED PROJECT ION WELD NUT OR
EQUI VALENT.
5
.515
.485
5
6
CRITICAL FEATURE RANKING PER HYDRO-GEAR
C
450
.442
FMEA PROCESS #602
453 THRU
451
2.114
.020 A B
.971
.931
.600
R
0.560
-C-
Ø. 33
+
.520
.480
CHANGES
.520
R
.480
Ø.45 x 45
CHAMFER
3.165
.20
R
2X R. 12
10 2PL
2.120
2.080
1.80
1.40
-R. 50
1.65
-B-
1.25
2 3
893
.887
0.840
R
0.810
-B-
.138
.130
2.12-
.100
.060
2.770
2.730
.040
4.960
4.920
-|.015
WITHIN 1. 65
1-DEAS
DRAWING INTERPRETATION
TOLERANCES
UNLESS SPECIFIED
-A-
PER ASME Y14.5M
t.020
t.010
t.005
t.0005
±1
.0
.00
.000
.0000
ANGLE
Hydro-Gear
1411 SO. HAMILTON ST. SULLIVAN, IL 61951
PHONE (217) 728-2581
DATE
08/04
NAME
DRAWN
CHECKED
APPR
NAME ARM, RETURN
P6
KJR
FORMER PART NO
X1287-3
SHEET 1 OF 1
PART NO.
51127
DRAWN IN INCHES
SIZE SCALE
MATERIAL: SEE NOTES
FULL
С
CHIG
P7
FINISH: SEE NOTES
PROJECT REFERENCE : 310-3000
12
10
11
Unit 10
Tolerancing
211
Print supplied by Hydro-Gear
PR 10-1. Return Arm.
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