Oxygen-Acetylene Welding Quiz
Questions #1-15 are worth 3 points each
1)By definition, Oxy-Acetylene welding is a process of
- Fusion
- Adhesion
- Carbonation
- Oxidation
2)Filler rod can be used for Oxy-Acetylene welding.
- True
- False
3)If you are welding aluminum metal, it is ok to use mild steel filler rod.
- True
- False
4)When attaching the welding nozzle to the torch handle you use
- A universal wrench
- A crescent wrench
- Your hand (hand tighten only)
- A pair of pliers
5)The small triangle that is formed at the tip of the torch when you add oxygen is called
- The middle cone
- The smaller cone
- The outer cone
- The inner cone
6)The best flame to use for Oxy-Acetylene welding is a
- Carburizing Flame
- Neutral Flame
- Oxidizing Flame
- Reducing Flame
7)The inner cone should be about 1/8th to ¼ of an inch away from the your metal
- True
- False
8)The molten pool is a shiny, small dot that appears in the middle of the heat zone.
- True
- False
9)When we shut down our welding torch, the first thing we do is…
- Turn off the acetylene torch valve
- Back the Tee Screw off from the regulator
- Twist the Tee Screw all the way in on the regulator
- Close the valve on the Oxygen Bottle
10)The desired size of molten puddle that we want is about the same size as
- A dime
- The tip of our welding torch
- The tip of a pencil
- It doesn’t matter what size puddle we have, as long as it goes across the metal
11)Some important pieces of equipment to use while working with a welding torch are
- Welding goggles
- Safety Glasses
- Welding Gloves
- All of the above
12)To light the torch, we crack the oxygen valve a 1/16th to an 1/8th of a turn and light it with the striker.
- True
- False
13)We have a primary and secondary set of regulators on our OAW equipment.
- True
- False
14) The emergency shut-off valve inside the shop,turns off which gas?
- Oxygen
- Acetylene
15)The torch body we use for welding is a standard torch body. We could also use it for Oxy-Fuel Cutting.
- True
- False
Question #16 is worth 5 points
16)Use the diagram provided to compare and contrast (what is similar, and what is different) the Oxy-Acetylene Welding, and Oxy-Fuel Cutting processes.