Welding Licensing Guide

 

Introduction

Are you looking to get your welding license? If so, you’re in for a challenge. The welding licensing test is not easy, but with the right preparation, you can pass it. This will discuss some of the best ways to prepare for your welding licensing test. There are also provide some tips that will help you score high on the exam. So whether you’re just starting in welding or are looking to renew your license, read on for helpful information.

Are you a welder looking to get your welding license in the United States? If so, then you’ll need to pass a welding licensing test. The certification process can be daunting, but with the right preparation and practice, you can make sure that you’re ready for anything. This guide will go over everything you need to know about the welding licensing test so that you can be confident on test day.

Welding has become an increasingly complex and technical science, which is why the American Welding Society was created. The welding certification test will measure your ability to be a competent industrial metal fabricator by meeting minimum requirements for experience in this field, all while demonstrating that you can pass rigorous exams with ease.

8 Tips To Prepare for a Welding Test

These are some helpful tips for preparing your Welding License Test. Whether you’re an experienced welder or just beginning, these methods will help ensure success.

1. The Welding Categories 

Learn what the six main welding categories you’ll be evaluated on are. Although there are many metal fabrication processes and methods, the AWS certification only covers a few of them.

  • Shielded Metal Arc Welding – SMAW.
  • Gas Tungsten Arc Welding – GTAW.
  • Gas Metal Arc Welding – GMAW.
  • Flux Cored Arc Welding – FCAW.
  • Oxy-fuel Gas Cutting and;
  • Plasma Arc Cutting.

2. Choose one certificate at a time

When you’re looking for a specific welding certification, it can be important to know which one applies for what kind of welding you want to do. There are many federal and state laws in America that regulate building codes as well as rules about how much welding equipment or shielding gas may legally use during certain tasks depending on what kind of work is required by law, some areas require more than others so make sure your research covers all potential requirements before starting any projects.

3. Study and follow all the AWS standards.

To ensure the highest quality work, you should follow all of AWS’s standards (codes and specifications). Fabrication such as metalworking is covered under one specific code for each country where it’s used, so make sure to study up on these carefully.

API -This code specifies the manufacture of low-pressure tanks and piping for transporting and storing fuels and petroleum oil.

ASME – This code covers the same range of metal fabrication processes as AWS, although it is most often used to build pressure vessels and high-pressure piping in the United States.

4. The test plate’s blueprint. 

To pass the AWS D1.1 steel plate groove test, you will need to know how each type of welding works and what materials they are using for it not only to show up on your welds but also prevent them from breaking down when exposed under high pressure or temperature situations which could lead to failure before completion.

5. Thick plate

Welding is a challenging and rewarding career that allows you to use your skills across many industries. The physical demands of welding can be met by completing two difficult positions on the test, as well as one thick steel plate size from 1/8″ up until unlimited thicknesses are available for testing.

6. Practice Diligent

When it comes to welding, the most important thing is that you are practising. The code allows for some errors such as undercut and porosity, but these can be clues about how much experience a welder has had so make sure all of your welds meet industry standards by practising diligently until they’re flawless continuous uniformity across every scope condition possible.

7. Invite a friend to give a reliable critique.

When you’re studying for a welding test, the last thing that will help is having your friends offer excuses instead of helping. Your critical friends can nit-pick away at any mistakes and give suggestions on how to improve them so take advantage.

8. Choose a good quality over the looks.

The destructive testing procedure for sheet metal lays down three conditions: if you welded a thicker plate than 3/8″ then it will be bent with an outward-facing edge on one side of your joint; otherwise, when working on thinner materials two test strips are cut from each piece and these sample pieces are stretched in opposite directions until they break at their strongest points.

Avoiding Common Mistakes to Pass a Welding Test

  1. Don’t go too quickly. To the pace of your welds, match the filler metal feed rate, depth, and thickness.
  2. Incorrect settings on the welder must be corrected. Every instrument you utilize and all parameters for the correct application should be double-checked.
  3.  Improper storage, handling, and usage of welding materials and supplies can all contribute to weld spatter. The electrode in 7018 must be kept in a rod oven to keep moisture out of the flux.
  4.  Clean any debris residue after each pass, taking your time. When leaving flux behind, this is the most typical reason for this to happen. It will not be burned out next pass.
  5. Ensure you achieve fusion on the sides of the weld. Completely infuse the entire joint area. It should be a smooth transition between filler weld metal and base metal.
  6. Carefully review the entire instructions and double-check all of the blueprint’s measurements. Even if you’ve completed the same blueprint before, take your time and cut one section at a time.
  7. The blueprint measurements of the test plate might have been adjusted without notice.
  8. Always use good judgment and follow required safety procedures.
  9. Examine the entire work environment and equipment for electrical connections and any safety hazards, paying particular attention to the electrical system.
  10. Wear appropriate-fitting work clothing to protect your entire body from molten metal, searing heat, sparks, and electric shock.
  11. Use only modest or loose clothing. You’re working in a dangerous environment with moving equipment and power tools, so you could easily be dismembered or burned.
  12. Don’t wear pants, jackets, aprons, or coveralls with exposed pockets, sleeves, or collars. If a 2000-degree molten metal object or spark gets caught in your garment, you could suffer serious burns.

WELDING FUNDAMENTAL Practise Questions for Part A

Multiple Choice Questions
Read the following questions carefully and choose the most correct answer

  1. What is the major function of the coating on an arc welding electrode?
    1. Acts as a scavenger, removes oxides and impurities
    2. Influences incomplete penetration
    3. Liquefies the base metal
    4. Adds moisture and accelerates the cooling rate
  2. Square wave refers to the _________________________________.
    1. Shape of the filler metal
    2. Shape of the tungsten electrode
    3. Shape of the output power
    4. Shape of the power source control box
  3. Shielding gases are used to protect the molten metal from __________________________________.
    1. Being overheated and cooling to fast
    2. Porosity and brittleness
    3. Heat and distortion
    4. Being too cold and not penetrating
  4. Weld backing is used with a process that uses a separate flux and   electrode to ________________________________.
    1. Make the overall weld joint stiffer
    2. Provide more weight to the weldment
    3. Make the material thicker where it is needed
    4. Support the highly fluid weld pool so it will not fall through the joint
  5. __________________________ is the weight of a volume of material compared with an equal volume of water.
    1. Mass
    2. Density
    3. Specific gravity
    4. Heft
  6. A medium carbon steel has a carbon content of what percentage range?
    1. 0.05% to 0.15%
    2. 0.16% to 0.60%
    3. 0.60% to 1.70%
    4. 1.70% to 2.15%
  7. If a liquid weld pool is at a very high level of energy, at what approximate temperature will the steel begin to solidify?
    1. 1333 F
    2. 2780 F
    3. 3200 F
    4. 3780 F
  8. ___________________________ is a groove melted into the base metal next to the weld toe or weld root and has not been filled in.
    1. Cracks
    2. Craters
    3. Under fill
    4. Undercut
  9. If the weld does not combine with another weld or the base metal it is referred to as:
    1. Incomplete penetration
    2. Incomplete fusion
    3. Incomplete bonding
    4. Incomplete inclusion
  10. To determine if a welder is qualified, the welder must pass a _________________________________ test.
    1. WPQR
    2. WPS
    3. PQR
    4. Code
  11. Which term best describes the operation where a welder or welding operator has control of a molten weld pool and the weld pool has a side to side motion that is transverse to the travel direction?
    1. Oscillation
    2. Weaving
    3. Whipping
    4. Both a and c
  12. A broken surface is being observed. A small pore or inclusion type discontinuity appears as a round bright area. Which term fits this description?
    1. Nucleation
    2. Crack
    3. Spider web
    4. Fisheye
  13. Arc time is:
    1. The time the arc is on during the arc welding operation.
    2. The total time the welder is clocked into work.
    3. The non-arc time.
    4. The total arc and non-arc time.
  14. What is the difference between back and backing welds?
    1. Equipment used
    2. Sequence of when the welds are made
    3. Materials used
    4. None of the above
  15. What NDE process is indicated in the following description? Detects surface discontinuities only. It can also verify fit-up, joint configuration, weld dimensions and profiles.
    1. PT
    2. RT
    3. MT
    4. VT
  16. Penetrant Testing uses a penetrating liquid dye which is applied to a properly prepared surface. The dye is pulled into the discontinuity by ________________________________ action.
    1. Suction
    2. Heating
    3. Cooling
    4. Capillary
  17. Which of the following is an established norm or requirement issued by the federal, state or local government about technical systems?
    1. Welder Continuity Report
    2. Standards
    3. Specification
    4. Recommended Practices
  18. Before welding can be done to an industrial welding standard, the supervisor needs to verify:
    1. The quality metric.
    2. The cost metric.
    3. The safety metric.
    4. The welding procedure specifications and welder qualifications are in order.
  19. Normal pant and shirt material worn around welding should be of what material?
    1. Polyester
    2. Rayon
    3. Cotton
    4. Synthetics
  20. What is the minimum oxygen level for a confined space?
    1. 14%
    2. 16%
    3. 19.5%
    4. 23.5%
  21. Select the major function of the coating on an arc welding electrode:
    1. It impacts incomplete penetration.
    2. It liquefies the base metal.
    3. It acts as a scavenger and removes toxins.
    4. It adds moisture and accelerates the cooling rate.
  22. True or False: because of the low amount of ultraviolet light present, it is not necessary to use shaded lenses when oxy-fuel cutting.
    1. True
    2. False
  23. The device used to control the pressure on an oxy-fuel cutting torch set is called?
    1. Wing-pressure adjusting screws
    2. Valves
    3. Regulators
    4. None of the above
  24. Fuel gas hoses are usually colored:
    1. Green
    2. Blue
    3. Yellow
    4. Red
  25. If an excessive amount of preheat is used when making an oxyfuel cut;
    1. The sides of kerf may be dished
    2. The tope edged may be melted or removed
    3. The cutting stream may gouge the side of the cut
    4. None of the above
  26. Flash burn is:
    1. A burn caused by the welding arc coming in contact with bare skin
    2. A burn to the eye caused by exposure to ultraviolet light from the welding arc
    3. Damage to equipment and clothing due to the extreme heat of the welding arc
    4. None of the above
  27. True or False. When not in use, an electrode holder GTAW torch or MIG gun should not be placed in contact with a grounded metal surface.
    1. Ture
    2. False
  28. The oxyfuel cutting process uses oxygen and what other types of gases?
    1. Reactive
    2. Flammable
    3. Inert
    4. Mixed
  29. Which oxyacetylene flame has an excess of fuel?
    1. Oxidizing
    2. Carborizing
    3. Neutral
    4. None of the above
  30. What is the term for the width of the cut produced by any cutting process?
    1. Wrap around
    2. Kerf
    3. Slag
    4. None of the above
  31. The MIG welding process is also known as:
    1. Gas metal arc welding
    2. Flux cored arc welding
    3. Self-shielded welding
    4. None of the above
  32. When was welding techniques discovered?
    1. In ancient times
    2. In the Middle Ages
    3. In the Industrial Revolution
    4. None of the above
  33. Which is the most dangerous occupational hazard occurring to welders?
    1. UV radiation
    2. Metal fumes
    3. Cuts
    4. None of the above
  34. What is the process of penetrating excessively in a localised metal area?
    1. Under-cutting
    2. Burn-through
    3. Slope
    4. None of the above
  35. In most cases, where should we place the power source of welding?
    1. In a well-ventilated, uncluttered area
    2. In an enclosed area
    3. In the centre of the space
    4. None of the above
  36. Dirt and moisture accumulated on the wire electrode’s surface might cause:
    1. Cold lap
    2. Porosity
    3. Electrical shock
    4. None of the above
  37. In metal arc welding processes, what are the temperatures of the negative and positive electrode?
    1. 2400°C and 2500°C
    2. 2500°C and 2400°C
    3. 2500°C and 2500°C
    4. 2600°C and 2700°C
  38. Which of the following sources can result in hazardous chemical fumes when welding?
    1. Anti-spatter nozzle sprays
    2. Chlorinated degreasing solvents
    3. Inert shielding gases
    4. None of the above
  39. How many kinds of welding are there?
    1. 10 to 20
    2. 40 to 50
    3. 70 to 80
    4. 90 to 100
  40. Stubbing in welding is often caused by which factor?
    1. Excessive resistance
    2. Excessive voltage
    3. Excessive wire feed speed
    4. None of the above
  41. When you increase stick-out, how will penetration change?
    1. Increase
    2. Decrease
    3. Stable
    4. All of the above
  42. Which of the following organisations introduce written specifications for gas metal arc welding filler metals?
    1. CSA and WCB
    2. CSA and AWS
    3. CWB and AWS
    4. None of the above
  43. Excessive build-up of spatter in the gun nozzle would cause which of the following issues?
    1. Undercut on the weld edges
    2. Insufficient gas coverage
    3. A rise in stick-out
    4. None of the above
  44. TIG is one of the 3 basic kinds of welding. What does TIG stand for?
    1. Tungsten Inert Gas
    2. Tungsten In Gas
    3. Tungsten Inside Gas
    4. None of the above
  45. What could be a result of a poor connection of work lead?
    1. Unstable arc
    2. Excessive penetration
    3. Unexpected wire feed speed
    4. None of the above
  46. In what position a gas flow meter should be set up?
    1. Horizontal
    2. Vertical
    3. At a 45-degree angle
    4. None of the above
  47. What is a flowmeter mainly used in welding?
    1. Ensure a stable gas flow
    2. Ensure a stable gas pressure
    3. Lower source pressure
    4. None of the above
  48. Helium and argon are often used in welding. Which type of gas is it?
    1. Explosive gases
    2. Ionized gases
    3. Inert gases
    4. None of the above
  49. What do we call a metal deposit left on the material after a welding process?
    1. A crater
    2. A puddle
    3. A bead
    4. None of the above
  50. What is the main purpose of adding 1 to 5 per cent of oxygen to argon shielding gas?
    1. Lower welding expenses
    2. Enhance wetting action
    3. Minimise splatter
    4. None of the above
  51. In carbon arc welding processes, which of the following gases is used as protection?
    1. Methane
    2. Carbon dioxide
    3. Carbon monoxide
    4. None of the above
  52. Which sign indicates a hazard in welding?
    1. Triangular on a yellow background
    2. Circular on a red background
    3. Triangular on a blue background
    4. None of the above
  53. Argon is a better shielding gas than CO2 because it allows the application of:
    1. Spray metal transfer
    2. Globular metal transfer
    3. Short-circuit metal transfer
    4. None of the above
  54. Wires are kept in sealed containers primarily to provide protection against:
    1. Transportation damage
    2. Fumes and smoke
    3. Moisture contamination
    4. None of the above
  55. What is the natural twisting process of the wire during the formation?
    1. Curling
    2. Spiralling
    3. Helix
    4. All of the above
  56. Excessive drag due to a dirty liner would cause which of the following issues?
    1. Excessive undercut
    2. Cracking or porosity in the weld
    3. Bird nesting or slippage
    4. None of the above
  57. In a GMAW process, what is needed for the use of shielding gases?
    1. Good lighting
    2. Good eye protection
    3. Good ventilation
    4. None of the above
  58. Emissions of high ultraviolet radiation from GMAW processes would lead to atmospheric oxygen in the proximity of the arc to transform to which gas?
    1. Ozone
    2. Carbon monoxide
    3. Carbon dioxide
    4. None of the above
  59. What is the main role of carbon in carbon arc welding?
    1. To produce more heat at the electrode tip
    2. To reduce heat at the electrode tip
    3. To provide coating
  60. Which of the following materials can’t be used in a carbon arc welding process?
    1. Copper
    2. Aluminium
    3. Iron
  61. Which bead character is the result of too high current in welding?
    1. Excess splatter
    2. Metal pilling
    3. Weld metal pilling
  62. Which of the following is important for a welding inspector?
    1. Judging the quality of a product in relation to a written standard or specification
    2. Interpreting the specification requirements
    3. Responsible for monitoring welding operations
    4. All of the above
    5. None of the above
  63. Which of the following is not required of a welding inspector?
    1. Be active and in good physical condition
    2. Have good vision
    3. Exhibit a professional attitude
    4. Be a certified welder
    5. Have sound knowledge of welding inspection terminology
  64. Which AWS Standard relates to Welding Terms and Definitions?
    1. AWS A3.0
    2. AWS A2.4
    3. AWS A5.18
    4. AWS QC1
    5. AWS D1.1
  65. An AWS QC1 inspector is certified in visual inspection only, but must be familiar with the following types of inspection as well
    1. UT
    2. RT
    3. MT
    4. All of the above
    5. None of the above
  66. During welding the inspector is responsible for the following except:
    1. Checking interpass temperature
    2. Checking interpass cleaning
    3. Verify that postweld heat treatment has been done correctly, if required
    4. Check quality of individual weld passes
    5. Check welding parameters
  67. Which of the following are the inspector responsibilities before welding?
    1. Check joint cleanliness
    2. Check weld joint geometries
    3. Check condition and storage of filler metals
    4. All of the above
    5. None of the above
  68. When should the weld inspector prepare and maintain inspection reports
    1. Before welding
    2. During welding
    3. After welding
    4. None of the above
    5. This is not the responsibility of the welding inspector
  69. It is the responsibility for the welding inspector the check the following except:
    1. Material purchase specifications
    2. Chemical analysis and mechanical test properties
    3. Condition and storage of filler materials
    4. Welding equipment
    5. All of the above
  70. Welding equipment should be check periodically to insure all except:
    1. Operational capability
    2. Calibration
    3. Safety
    4. Welder brand preference
    5. Necessary output capacity to satisfy welding procedure requirements
  71. According to AWS D1.1, steel backing on groove welds is required to be:
    1. Removed after welding
    2. Welded continuous for the entire length of the backing member
    3. Tacked outside the weld joint
    4. All of the above
    5. None of the above
  72. The flux coating on a SMAW electrode serves which of the following functions?
    1. Acts as a deoxidizer
    2. Shielding from atmosphere
    3. Alloying
    4. Arc stabilization
    5. All of the above
  73. Which of the following is not an advantage of GMAW?
    1. Can be used to join many types of ferrous and nonferrous materials
    2. Reduces susceptibility to hydrogen being introduced in the weld compared to processes containing flux
    3. Suitable for field welding
    4. High efficiency process due to little to no clean up and use of a continues spool of wire
    5. All of the above
  74. What is the minimum tensile strength provided by a FCAW lectrode having an E71T1-9 classification?
    1. 71,000 psi
    2. 70,000 psi
    3. 90,000 psi
    4. 100,000 psi
    5. Cannot be determined from this classification
  75. A thermal treatment that follows quenching and restores some of the metal’s ductility is referred to as:
    1. Stress relief
    2. Tempering
    3. Post heat
    4. Hardening
    5. Normalizing

What is the length of the intermittent welds specified by the following welding symbol?

  1. 2 inches
    1. 5 inches
    1. ¼ inch
    1. Any length between 2 and 5 inches
    1. None of the above

This following welding symbol specifies what?

  1. A field weld
    1. An all-the way around weld
    1. A roundabout weld
    1. A staggered intermittent weld
    1. None of the above
  2. Use AWS D1.1/D1.1M:2015 Structural Welding Code – Steel. For RT of 1-1/2-inch-thick plate, which hole-type IQI is required from the source side?
    1. 20
    1. 25
    1. 30
    1. 35
    1. 40
  3. Use AWS D1.1/D1.1M:2015 Structural Welding Code – Steel. When a CJP groove weld procedure is successfully qualified on a pipe in the 5G test position, for what positions is it qualified?
    1. H, V grooves on pipe
    1. F, H, V, OH fillets on plate
    1. F, V, OH fillets on grooves on plate
    1. F, H, V, OH fillets and grooves on plate
    1. F, H, V, OH fillets and grooves on plate
  4. Use AWS D1.1/D1.1M:2015 Structural Welding Code – Steel. Welding shall not be done when the ambient temperature is less than:
    1. -20˚F
    1. 0˚F
    1. 32˚F
    1. -20˚C
    1. 0˚C
  5. Use AWS D1.1/D1.1M:2015 Structural Welding Code – Steel. What is the specification of a FCAW filet metal that is suitable for joining ASTM A516, Gr 55 steel?
    1. AWS A5.17
    1. AWS A5.23
    1. AWS A5.18
    1. AWS A5.20
    1. None of the above
  6. Use AWS D1.1/D1.1M:2015 Structural Welding Code – Steel. What is the minimum fillet weld size for joining 1/4-inch-thick plates for cyclically loaded structures?
    1. 1/4 inch
    1. 3/16 inch
    1. 1/8 inch
    1. 1/16 inch
    1. None of the above

WELDING FUNDAMENTALS

Multiple Choice Questions – Answers

1A – The key is major function, and that is to purify the weld pool and weld metal.
2C – The shape of the output wave form from this type power source is referred to as square wave. These type of power sources have enhanced performance on a.c. They can control the balance, amplitude, frequency, to allow better control of penetration and cleaning action.
3B – The surrounding air around the weld pool, contains oxygen, nitrogen and hydrogen. These gases get into the molten weld pool and cause gas bubbles to form (porosity) and lead to embrittlement and weld cracking.
4D – Weld backing is used on the back side of the joint to prevent melt through and to assure complete penetration of the weld joint.
5C – The density of steel is 490 pounds per cubic foot and its specific gravity is 7.8 times that of water. Water weighs 1000 Kg/m3. Therefore, a cubic meter of steel would weigh approximately 7800 kg depending upon the exact grade of steel being checked. Porosity, slag inclusion or other types of discontinuities would reduce the weight but not the specific gravity.
6Classification%20system%20table.jpeg
C –
7B – When welding, the melting point of steel (approx. 27800 F) versus the solidification point of the fast freezing flux or slag (approx. 32000 F)  is important to know. Also, it is important to know that the melting point varies with the carbon and alloy content of steel. Steel is magnetic until heated above the transformation temperature of approximately 1333 0 F. How fast the metal conducts heat will have a large effect of preheat and inter-pass temperature control. How much the metal expands on heating and contracts when cooling needs to be understood to control buckling.
8D – Undercut best describes this fashion. Some people want to call it “under fill” but it is not correct, since it is not in the weld being located next to the toe.
9B – If the weld does not combine with another weld or the base metal it is referred to as Incomplete fusion. Weld defects due to incomplete fusion | Weld Defects | News
10A – WPQR determines if a welder is qualified to a Welding Procedure Specification.
11B – This welding technique would appear in the welding instructions or in the welding procedure specification. This generally increases the heat input per weld pass, but will generally reduce the total number of weld passes required to fill the joint.
12D – A fisheye is caused by the presence of hydrogen in the weld. If this appeared on a break test of some type it may or may not be acceptable. Always verify the acceptance criteria per the code or specification.
13A – This is also considered the operating factor and is thought of as the percentage of a shift that a welder/welding operator is actually welding. For robotic and mechanized welding, it can be as high as 90% while for manual and semiautomatic welding it can be as low as 10-20% operating.
14B – Though the weld symbols are identical, the sequence of how the welds are made is different.  The back weld is made last and the backing weld is made first.
15D – VT stands for Visual Examination. This is the most common NDE process and can be used before, during and after welding to assure product quality and productivity.
16
D – Capillary action is the ability of a liquid to flow in a narrow space or root opening. This is accomplished without the assistance of external forces and even in opposition of external forces.  
17B – A standard is established for use as a rule or basis of comparison in measuring or judging capacity, quantity, content, extent, value, quality.
18D – All industrial codes and standards reference the requirement for having qualified procedures. They need to be openly available and the welders need to be trained on their proper use. The welders need to be qualified on those procedures and their qualification must be current. The supervisor needs to do this by verifying the welder’s continuity report.
19C – Cotton and wool are generally recommended apparel around welding operations. Synthetics like polyester, rayon, are not recommended as they melt, creating more of burn hazard
20
C –
21C – The major function of the coating on an arc welding electrode is that it acts as a scavenger and removes toxins.
22A – True
23C – Regulators
24D- Red
25B – Top edge may be melted or removed
26B – A burn to the eye caused by exposure to ultraviolet light from the welding arc
27A – True
28B – Flammable
29B – Carburizing
30B – Kerf
31A – Gas metal arc welding
32A – Ancient times
33A – UV radiation
34B – Burn through
35A – In a well-ventilated, uncluttered area
36B – Porosity
37A – 2400°C and 2500°C
38B – Chlorinated degreasing solvents
39B – 40 to 50
40C – Excessive wire feed speed
41B – Decrease
42B – CSA and AWS
43C – A rise in stick-out
44A – Tungsten Inert Gas
45A – Unstable arc
46B – Vertical
47A – Ensure a stable gas flow
48C – Inert gases
49A – A bead
50B – Enhance wetting action
51C – Carbon monoxide
52A – Triangular on a yellow background
53A – Spray metal transfer
54C – Moisture contamination
55C – Helix
56C – Bird nesting or slippage
57C – Good ventilation
58A – Ozone
59B – To reduce heat at the electrode top
60C- Iron
61A – Excess splatter
62D – All of the above
63D – Be a certified welder
64A – AWS A£.0
65D – All of the above
66C – Verify that post weld heat treatment has been done correctly, if required
67D – All of the above
68C – After welding
69E – All of the above
70D – Welder brand preference
71B – Welded continuous for the entire length of the backing member
72E – All of the above
73C – Suitable for field welding
74B – 70,000psi
75B – Tempering
76A – 2 inches
77B – An all-the way around weld
78C – 30
79C – F, V, OH fillets on grooves on plate
80B – 0˚F
81D – AWS A5.20
82B – 3/16 inch

Conclusion

The welding licensing test can be a daunting challenge, but with the right preparation and practice, you can make sure that you’re ready for anything. By following the tips in this guide, you’ll be able to feel confident on test day and pass with flying colours. Good luck!

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