Glossy quiz

Question 1

Bond

Answer 1

The point where the welding metal metal is joined with the base metal

Question 2

Brazing

Answer 2

Welding technique uses a filler metal to create a bond. The filler metal is non-Ferris and has a melting point below the melting point of the base metal

Question 3

Carbon arc welding

Answer 3

A welding method that involves creating an ark between a carbon electrode and a metal

Question 4

Case hardening

Answer 4

This process hardens the surface of the metal by using inward, diffusion with gases or a liquid before applying heat

Question 5

Coated electrode

Answer 5

The metal electrode is covered with asbestos, flux, paper or other metals to make the arc more stable and improve the welding metal

Question 6

Critical temperature

Answer 6

The temperature which the material transitions from one crystalline form to another

Question 7

Current density

Answer 7

The amount of aires applied per square inch across a particular area

Question 8

Alloy

Answer 8

A metal made from two or more combined, elements

Question 9

Annealing

Answer 9

The slow cooling of the metal to reduce internal stresses, make the material softer and change ductility

Question 10

Arc welding

Answer 10

Is a general term that applies to many kinds of welding. The common denominator is using an arc to create heat. Arc welding may also use other filler materials or pressure to create a weld.

Question 11

Direct current electrode negative (DCEN)

Answer 11

The metal being welded is the positive pole and the electrode is the negative pole of the arc

Question 12

Direct current electrode positive ( DCEP)

Answer 12

The world medal is the negative pole and the electrode is the positive pole of the ark

Question 13

Electric arc

Answer 13

An electrical current that forms in the gap between two electrodes creates an electric arc

Question 14

Electrode

Answer 14

An electrode conduct the electrical current through a workpiece to create the weld.
There are many types of electrodes, some not all; electrodes are consumed in the welding process

Question 15

Filler material

Answer 15

This is the metal that is added when making weld

Question 16

Flame (oxygen) cutting

Answer 16

The chemical action of oxygen applies to the elements in the basement metal at high temperatures cut Ferrous metals

Question 17

Flame (oxygen) gouging

Answer 17

This message message is used to create a groove in the metal using an oxygen cutting tool

Question 18

Flame hardening

Answer 18

The metal surface is hardened, using a heated flame followed by a quick quench

Question 19

Flame softening

Answer 19

This technique makes the metal softer by heating it and then slowly letting it cool down

Question 20

Flux

Answer 20

This material cleans metals to prepare them for welding

Question 21

Forehand welding

Answer 21

The flare is aimed at the metal ahead of the completed weld

Question 22

GCAW stands for

Answer 22

Gas carbon arc welding
The world is accomplished by an electrical arc between a carbon electrode, and the welding metal argon or helium gas provides the shielding

Question 23

GMAW stands for

Answer 23

Gas metal arc welding (MIG)
The heat from the arc produced between the electrode and the metal results in a weld a gas like helium provides the shielding. This technique is also called metal, inert, gas welding. (MIG)

Question 24

GTAW stands for

Answer 24

Gas tungsten, arc welding (TIG)
Also called tungsten, inert, gas welding (TIG)

Question 25

Gas welding

Answer 25

A welding type where the heat for welding comes from a gas flame

Question 26

Groove weld

Answer 26

Creating this weld requires filler metal that goes in the groove between two metals to join them

Question 27

Hammer welding

Answer 27

Hammering two pieces of heated metal together

Question 28

Hydrogen brazing

Answer 28

A type of brazing in a furnace under a hydrogen atmosphere

Question 29

Normalizing

Answer 29

Iron base alloys are heated to 100°F above the critical temperature and then allowed to cool down in air temperature

Question 30

Oxyacetylene welding

Answer 30

The temperature needed for welding comes from burning a combination of acetylene and oxygen

Question 31

Oxy, hydrogen welding

Answer 31

The heat source for this welding method is a mixture of oxygen and hydrogen

Question 32

Oxy propane welding

Answer 32

The heat for welding comes from the burning of a mixture of oxygen and propane

Question 33

Peeing

Answer 33

Small hammer blows, stretch the surface of cold metals and reduce stress in the metal

Question 34

Percussive welding

Answer 34

This method involves applying high temperatures to the world site just before pressure is applied

Question 35

Plasma, arc welding

Answer 35

In this welding process, a constricted arc is created between a non-consumable electrode and the weld pool or between an electrode and the constricting nozzle.
Ionized gas coming out of the torch provides the necessary shielding

Question 36

Plug weld

Answer 36

A hole is cut in one piece of a metal. Another piece of metal is put behind the hole and the weld is made in the hole to connect the two pieces of metal.

Question 37

Hydromatic welding

Answer 37

This method is also called pressure controlled welding. Spot welds are made in a sequence, using more than one electrode under pressure

Question 38

Inert gas

Answer 38

Gas that does not combine chemically with metal

Question 39

Ionization potential

Answer 39

The amount of electrical voltage needed to create ionization of the materials, which either adds or removes electrons

Question 40

Ionization potential

Answer 40

The amount of electrical voltage needed to create ionization of the materials, which either adds or removes electrons

Question 41

Kerf

Answer 41

The width of a piece of metal removed by cutting

Question 42

Liquidus

Answer 42

The lowest temperature at which the metal or alloy turns liquid

Question 43

What is the acronym for MIG welding?

Answer 43

GMAW

Question 44

Multi impulse welding

Answer 44

Making more than one welded by using multiple pulses of electricity

Question 45

Nonferrous

Answer 45

These metals do not have any iron. Examples are titanium, nickel, leaded, copper bronze, brass, and aluminum.

Question 46

Porosity

Answer 46

This means that gas pocket or inclusions are present in the welded material

Question 47

Pressure controlled welding

Answer 47

This welding technique creates spot or projection, welded in sequence with pressure applied to the weld made by multiple electrodes

Question 48

Projection welding

Answer 48

Resistance, welding technique used between two services or the ends of one member and the surface of another

Question 49

Pulsation welding

Answer 49

The worlds for each spot receive more than one electrical pulse without the electrode moving or releasing the pressure

Question 50

Pulsation welding

Answer 50

The worlds for each spot receive more than one electrical pulse without the electrode moving or releasing the pressure

Question 51

Quenching

Answer 51

The rapid cooling of metal using water, air or oil

Question 52

Resistance welding

Answer 52

Heat is generated through the resistance to the electric current flowing through the circuit of which the welded metal is a part

Question 53

Resistance welding

Answer 53

Heat is generated through the resistance to the electric current flowing through the circuit of which the welded metal is a part

Question 54

Root of the joint

Answer 54

This is the part where the materials are joined are the smallest distance from each other, which could be an area a line or a point

Question 55

Root of the weld

Answer 55

The point where when observed from cross-section viewpoint, the bottom of the weld fuses, the base metal

Question 56

Seal weld

Answer 56

The main purpose of this world is to get a tight connection and prevent leaks

Question 57

Seem welding

Answer 57

This world forms a long line that connects joints in the welded material

Question 58

Yield strength

Answer 58

The amount of stress and material can withstand before it begins to deform plastically