Metallurgy Trivia Quiz

14 Questions | By Bowmanpm22 | Updated: Sep 21, 2022 | Attempts: 4883

Questions

Settings

What do you know about metallurgy? Get ready for an exciting metallurgy trivia quiz. Metallurgy is the study of the physical and chemical composition of metallic elements. This study is divided into physical metallurgy, extractive metallurgy, and mineral processing. Metals are mainly good conductors of electricity and heat. In this quiz, you will get to cover what you know about metals from the study and how their characteristics can be explained. Give it a try, and all the best!

Questions and Answers

1.

Those features or characteristics of metal that make it useful and distinctive from all others.
- A.
  
  Properties
- B.
  
  Element
- C.
  
  Composition
- D.
  
  Fusion
2.

That division of metallurgy applying to the extracting, refining, and primary shaping of metals into a useable form
- A.
  
  Metal
- B.
  
  Structure
- C.
  
  Alloy
- D.
  
  Process metallurgy
3.

The way in which the elements of an alloy or the atoms of one element are arranged
- A.
  
  Metallurgy
- B.
  
  Structure
- C.
  
  Element
- D.
  
  Structure
4.

The science and technology of extracting metals from their ores, refining them, and preparing them for use.
- A.
  
  Alloy
- B.
  
  Properties
- C.
  
  Process metallurgy
- D.
  
  Metallurgy
5.

A substance that cant is broken down into two other substances.
- A.
  
  Alloy
- B.
  
  Element
- C.
  
  Fusion
- D.
  
  Metallurgy
6.

Division of metallurgy applying to the changes in the structure and properties of metals as a result of shaping, fabricating, and treating.
- A.
  
  Physical metallurgy
- B.
  
  Process metallurgy
- C.
  
  Element
- D.
  
  Metal
7.

Contents of an alloy in terms of what elements are present and in what amount?
- A.
  
  Fusion
- B.
  
  Properties
- C.
  
  Composition
- D.
  
  Alloy
8.

Material having metallic characteristics and made up of two or more elements, one of which is a metal
- A.
  
  Element
- B.
  
  Properties
- C.
  
  Fusion
- D.
  
  Alloy
9.

The amount of force applied to a material.
- A.
  
  Ductility
- B.
  
  Fatigue failure
- C.
  
  Load
- D.
  
  Parent metal
10.

The resistance of a material to force, which tends to deform or fail by crushing.
- A.
  
  Parent metal
- B.
  
  Physical property
- C.
  
  Compressive strength
- D.
  
  Elongation
11.

The ability of a material to become permanently deformed without failure.
- A.
  
  Ductility
- B.
  
  Brittleness
- C.
  
  Compressive strength
- D.
  
  Modulus of elasticity
12.

The inherent physical characteristic of a material that is not directly an ability to withstand force of any kind.
- A.
  
  Load
- B.
  
  Parent metal
- C.
  
  Physical property
- D.
  
  Compressive strength
13.

Cracking breaking or another failure of material as the result of repeated stressing below the material tensile strength.
- A.
  
  Compressive strength
- B.
  
  Fatigue failure
- C.
  
  Load
- D.
  
  Force
14.

The ratio of tensile stress to the strain it causes within that range of elasticity.
- A.
  
  Brittleness
- B.
  
  Parent metal
- C.
  
  Modulus of elasticity
- D.
  
  None