API 510 Chapter 16- The NDE Requirements of ASME V

Take a Free API 510 Exam Chapter 16 Practice test with Latest The NDE Requirements of ASME V Question and Answers

Q1. ASME Section V Article 2: radiography T-223
When performing a radiograph, where is the ‘backscatter indicator’ lead letter ‘B’ placed?

(a) On the front of the film holder

(b) On the outside surface of the pipe

(d) On the back of the film holder

Q2. ASME Section V Article 2: radiography T-277.1 (d)
Wire IQIs must be placed so that they are:

(a) At 458 to the weld length

(b) Parallel to the weld metal’s length

(d) Perpendicular to the weld metal’s longitudinal axis and across the weld

Q3. ASME Section V Article 6: penetrant testing T-620
Liquid penetrant testing can be used to detect:

(a) Subsurface laminations

(b) Internal flaws

(d) Surface breaking discontinuities

Q4. ASME section V article 1: T-150
When an examination of the requirements of section V is required by a code such as ASME B31.3 the responsibility for establishing NDE procedures lies with:

(a) The inspector

(b) The examiner

(d) The installer, fabricator, or manufacturer/repairer.

Q5. ASME Section V Article 6: penetrant testing mandatory appendix II
Which penetrant materials must be checked for the following contaminants when used on austenitic stainless steels?

(a) Chlorine and sulphur content

(b) Fluorine and sulphur content

(d) Fluorine, chlorine and sulphur content

16.8 ASME V articles 7 and 23 familiarization questions
Q1. ASME Section V Article 7: magnetic particle testing T-720
Magnetic particle testing can be used to find:

(a) Surface and near-surface discontinuities in all materials

(b) Surface and near-surface discontinuities in ferromagnetic materials

(d) Surface breaking discontinuities only

Q2. ASME Section V Article 7: magnetic particle testing T-720
During an MT procedure, maximum sensitivity for finding discontinuities will be achieved if:

(a) The lines of magnetic flux are perpendicular to a linear discontinuity

(b) The lines of magnetic flux are perpendicular to a volumetric discontinuity

(d) The lines of magnetic flux are parallel to a volumetric discontinuity

Q3. ASME Section V Article 7: magnetic particle testing T-741.1 (b)
Surfaces must be cleaned of all extraneous matter prior to magnetic testing. How far back must adjacent surfaces to the area of interest be cleaned?

(a) At least 2 inches

(b) At least 1/2 inch

(d) At least 1 inch

Q4. ASME Section V Article 7: magnetic particle testing T-741.1 (d)
According to ASME V, what is the maximum coating thickness permitted on an area to be examined by MT?

(a) 50 μm

(b) No coating is permitted

(d) An actual value is not specified

10.

Q5. ASME Section V Article 7: magnetic particle testing T-764.1
Which of the following methods can verify the adequacy of magnetic field strength?

(a) A pie-shaped magnetic particle field indicator

(b) Artificial flaw shims

(d) They can all be used

11.

Q6. ASME Section V Article 7: magnetic particle testing T-762(c)
What is the lifting power required of a DC electromagnet or permanent magnet yoke?

(a) 40 lb at the maximum pole spacing that will be used

(b) 40 lb at the minimum pole spacing that will be used

(d) 18.1 lb at the minimum pole spacing that will be used

12.

Q7. ASME Section V Article 7: magnetic particle testing T-752.2
Which types of magnetizing current can be used with the prod technique?

(a) AC or DC

(b) DC or rectified

(d) They can all be used

13.

Q8. ASME Section V Article 7: magnetic particle testing T-752.3
What is the maximum prod spacing permitted by ASME V?

(a) It depends on the current being used

(b) There is no maximum specified in ASME codes

(d) 6 inches

14.

Q9. ASME Section V Article 7: magnetic particle testing T-755.1
What is the best description of the limitations of yoke techniques?

(a) They must only be used for detecting surface-breaking discontinuities.

(b) They can also be used for detecting subsurface discontinuities

(d) They will detect linear defects in austenitic stainless steel

15.

Q10. ASME Section V Article 7: magnetic particle testing, appendix 1
Which MT technique is specified in ASME article 7 mandatory appendix 1 to be used to test coated ferritic materials?

(a) AC electromagnet

(b) DC electromagnet

(d) AC or DC prods

16.

Q11. ASME Section V Article 23: ultrasonic thickness testing, section 5.1
UT thickness checking using standard equipment is used for temperatures up to:

(a) 93 °F

(b) 200 °F

(d) 150 °C

17.

Q12. ASME Section V Article 23: ultrasonic thickness testing, section 8.5
Special ultrasonic thickness measurement equipment can be used at high temperatures. If the equipment is calibrated at ambient temperature, the apparent thickness reading displayed at an elevated temperature should be:

(a) Reduced by 1 % per 55 °F

(b) Increased by 1 % per 55 °F

(d) Reduced by 1 % per 100 °F

Loading …

Question 1 of 17

Now try these familiarization questions on ASME V articles 1, 2, and 6.

16.5 ASME V articles 1, 2, and 6: familiarization questions

Now try these familiarization questions covering ASME V articles 7 and 23 (article 9 questions are too easy).

16.8 ASME V articles 7 and 23 familiarization questions

Click Here To Read Next API 510 Chapter 17 -Thirty Open-Book Sample Questions

If You Want to Buy Latest API 510 Exam Self Study Material, Please Feel Free to contact us.

Buy API 510 Exam Learning Package Study Material
FOR EVERY 10 QUESTIONS 1 QUESTION COMES IN THE EXAM
WE HAVE LATEST API 510 Exam QUESTION BANK
Total 5000+ nos QUESTION BANK FROM THEORY TO PRACTICAL TO NUMERICALS.
Cost: $100
Email Us To Buy: upweld.org@gmail.com
Click Here To Contact On Whatsapp https://wa.link/4dn6ee
Ideally, the only material needed for passing the examination. Free guidelines during learning.
We give you a lot of additional study material Free of cost with this question bank..
Get BOTH Formats Instantly:
Online—Instant scoring, review & reporting.
Printable—Instant download.

If you want to get API 510 Training and Certification, Please feel free to contact us.

Like this:

Like Loading...

API 510 Chapter 16