Material of Engineering

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In this game, players will determine whether various materials are commonly used in engineering applications. Players will answer ✅ if the material is relevant to engineering or ❌ if it is not. Test your knowledge of engineering materials!

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Teigan Buhta

Estados Unidos

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Material of Engineering


Material of EngineeringVersión en línea In this game, players will determine whether various materials are commonly used in engineering applications. Players will answer ✅ if the material is relevant to engineering or ❌ if it is not. Test your knowledge of engineering materials! por Teigan Buhta 1 Engineering designs require materials with certain Properties and characteristics Yes No 2 Engineers DO NOT need to know how to make sense of the tens of thousands of products available Yes No 3 Materials properties can make or break an engineers product or career so selecting the right materials is crucial Yes No 4 materials are the substances from which ideas and designs are made Yes No 5 Materials can be categorized by their composition as pure elements,compounds, or mixtures Yes No 6 metallic, ceramic,organic,polymeric, and composite are classified materials Yes No 7 recyclability and cost are NOT important to keep in consideration for engineers Yes No 8 Material selection is based upon mechanical,thermal, electromagnetic, and chemical properties Yes No 9 Raw Materials undergo various manufacturing processes in the production of consumer goods Yes No 10 materials selection criteria include: In- service performance, deterioration, and economies Yes No 11 materials are closely connected with devices Yes No 12 societies are independent in advancement and don't depend on the available materials and their use Yes No 13 early civilizations were designed by their level of materials development Yes No 14 arrangement of internal components, subatomic, atomic, microscopic, and macroscopic are all parts of structure Yes No 15 mechanical and electrical are the only types of properties Yes No 16 behavior in a particular application is the performance Yes No 17 processing: method of preparing material Yes No 18 ceramics: good conductors of electricity and heat, susceptible to corrosion, strong but deformable Yes No 19 metals: good conductors of electricity/heat Yes No 20 polymers: very large molecules, low density/weight, and may be extremely flexible Yes No 21 biomaterials: consist of one or more material type, and are designed to display a combination of properties of each component Yes No 22 semiconductors: electrical properties between conductors and insulators Yes No 23 composites: consist of one or more material type Yes No 24 there are only 3 types of materials commonly used in engineering applications Yes No 25 metals was the most advanced during the iron and bronze age Yes No 26 metals DO NOT form most of the known elements in the periodic table Yes No 27 various metals that are mined form the earth and are known as BRONZE ore: magnetic and Hematile Yes No 28 Smelting is the process of pulverizing and mixing iron ore with coal and then heating the mixture in a blast furnace at temperatures of 2,000 degrees F Yes No 29 The cooling causes the oxygen atoms to separate from the iron atoms Yes No 30 the result from the heat causes molten iron and unwanted materials called slag Yes No 31 pig iron contains too much carbon and is to brittle Yes No 32 other elements are added to the molten iron to remove its impurities resulting in a low-carbon steel alloy Yes No 33 an alloy is a mixture of two or more elements with one of those elements being a metal Yes No 34 if iron is alloyed with less than 10% carbon by weight the result is a material called steel Yes No 35 steel is one of the least widely used materials in engineering Yes No 36 of all nonferrous metals gold is possibly the most well known because of its status as a precious metal Yes No 37 a precious metal is one that is relatively source Yes No 38 A malleable metal can be shaped or formed without breaking by means of hammering or pressure Yes No 39 copper was one of the LAST nonferrous metals to be extracted from the earth and hammered to form tools and weapons Yes No 40 copper is widely used in devices that conduct and transmit heat and electricity Yes No 41 when copper is alloyed with bronze the result is brass Yes No 42 brass is extensively in musical instruments Yes No 43 brass will tarnish over time Yes No 44 the BRONZE alloys are ductile and can be drawn into wire Yes No 45 one of the least abundant metals on earth Is aluminum Yes No 46 pure aluminum is very weak and not used in traditional engineering Yes No 47 titanium is a metal element known for more than 200 years but only recently used in engineering Yes No 48 titanium is complex and expensive Yes No 49 hardwoods have a much colder look Yes No 50 woods are harder to machine and shape than metals and plastics Yes No 51 common species of softwood tree include hard maple,cherry,white oak,white ash, etc.. Yes No 52 common species of hardwood trees include: pine,spruce, fir hemlock, and cedar Yes No 53 most hardwood trees are evergreen and have needle-shaped leaves Yes No 54 ceramic cant withstand compression loads without exhibiting noticeable deformation Yes No 55 white wear, structural clay, refractories, and glass are some types of ceramics Yes No 56 the word refactory means to absorb heat Yes No 57 glass is made from sand Yes No 58 atoms can join to make molecules Yes No 59 the word polymer and plastic mean the same thing Yes No 60 some elastomers can be reshaped Yes No 61 plastics can ONLY come from synthetic sources Yes No 62 if a plastic can be reheated and referred it is a thermoplastic Yes No 63 types of thermosets include: polyurethane,polyester resin, and foamed polyurethane Yes No 64 thermosets CAN be recycled Yes No 65 composites is a LIQUID Yes No 66 composites are lightweight and strong Yes No 67 composites are lower costs and easy to manufacture Yes No 68 some places where composites are used are aerospace, electrical, energy, sports, strong tanks, etc... Yes No

Material of Engineering

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Material of EngineeringVersión en línea

por Teigan Buhta

Engineering designs require materials with certain Properties and characteristics

Engineers DO NOT need to know how to make sense of the tens of thousands of products available

Materials properties can make or break an engineers product or career so selecting the right materials is crucial

materials are the substances from which ideas and designs are made

Materials can be categorized by their composition as pure elements,compounds, or mixtures

metallic, ceramic,organic,polymeric, and composite are classified materials

recyclability and cost are NOT important to keep in consideration for engineers

Material selection is based upon mechanical,thermal, electromagnetic, and chemical properties

Raw Materials undergo various manufacturing processes in the production of consumer goods

materials selection criteria include: In- service performance, deterioration, and economies

materials are closely connected with devices

societies are independent in advancement and don't depend on the available materials and their use

early civilizations were designed by their level of materials development

arrangement of internal components, subatomic, atomic, microscopic, and macroscopic are all parts of structure

mechanical and electrical are the only types of properties

behavior in a particular application is the performance

processing: method of preparing material

ceramics: good conductors of electricity and heat, susceptible to corrosion, strong but deformable

metals: good conductors of electricity/heat

polymers: very large molecules, low density/weight, and may be extremely flexible

biomaterials: consist of one or more material type, and are designed to display a combination of properties of each component

semiconductors: electrical properties between conductors and insulators

composites: consist of one or more material type

there are only 3 types of materials commonly used in engineering applications

metals was the most advanced during the iron and bronze age

metals DO NOT form most of the known elements in the periodic table

various metals that are mined form the earth and are known as BRONZE ore: magnetic and Hematile

Smelting is the process of pulverizing and mixing iron ore with coal and then heating the mixture in a blast furnace at temperatures of 2,000 degrees F

The cooling causes the oxygen atoms to separate from the iron atoms

the result from the heat causes molten iron and unwanted materials called slag

pig iron contains too much carbon and is to brittle

other elements are added to the molten iron to remove its impurities resulting in a low-carbon steel alloy

an alloy is a mixture of two or more elements with one of those elements being a metal

if iron is alloyed with less than 10% carbon by weight the result is a material called steel

steel is one of the least widely used materials in engineering

of all nonferrous metals gold is possibly the most well known because of its status as a precious metal

a precious metal is one that is relatively source

A malleable metal can be shaped or formed without breaking by means of hammering or pressure

copper was one of the LAST nonferrous metals to be extracted from the earth and hammered to form tools and weapons

copper is widely used in devices that conduct and transmit heat and electricity

when copper is alloyed with bronze the result is brass

brass is extensively in musical instruments

brass will tarnish over time

the BRONZE alloys are ductile and can be drawn into wire

one of the least abundant metals on earth Is aluminum

pure aluminum is very weak and not used in traditional engineering

titanium is a metal element known for more than 200 years but only recently used in engineering

titanium is complex and expensive

hardwoods have a much colder look

woods are harder to machine and shape than metals and plastics

common species of softwood tree include hard maple,cherry,white oak,white ash, etc..

common species of hardwood trees include: pine,spruce, fir hemlock, and cedar

most hardwood trees are evergreen and have needle-shaped leaves

ceramic cant withstand compression loads without exhibiting noticeable deformation

white wear, structural clay, refractories, and glass are some types of ceramics

the word refactory means to absorb heat

glass is made from sand

atoms can join to make molecules

the word polymer and plastic mean the same thing

some elastomers can be reshaped

plastics can ONLY come from synthetic sources

if a plastic can be reheated and referred it is a thermoplastic