UD5_MAP_D.G.S

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Properties of the materials

după MARTIN ALAVEZ RAMIREZ

Motorsport Problems

după Caden Bott

المواد

după baraah egbarie

Classroom Layout

după Jana Němečková

MATERIALS

POLIMERS

FIBERS

POLYESTERS

CLOTHING

ELASTOMERS

RUBBER

TYRE

THERMOSETTINGS

BAKELITE

RESIST HIGH TEMPERATURE

THERMOPLASTICS

POLYSTHYLENE

PLASTIC BAGS

TEXILE

MAN-MADE

ARTIFICIAL

TENCEL

SYNTETIC

ACRYLIC

RIGIDITY

TRANSPARENT

SING (LETRERO)

VEGETABLE

COTTON

DURABILITY

CLOTHES

ANIMAL

WOOL

ELASTICITY

BLANKET

WOOD

PREFABRIC

PLYWOOD

HIGH HEAT RESISTANCE

FURNITURE (TOO)

PARTICLE BOARD

COMPRESSIVE STRENGHT

FURNITURE

BROWN

NATURAL

HARD

OAK

DARK BROWN

CHAIR

HIGH RESISTANCE

SOFT

PINE

LIGHT BROWN

TABLE

LOW RESISTANCE

COMPOSITES

POLYMERS MATRIX

METAL MATRIX

IRON (SILVER)

ELECTRICAL CONDUCTIVITY

CERAMIC MATRIX

HIGH TEMPERATURE RESISTANCE

CERAMICS

ADVENCED

SILIRE CARBIDE

INDUSTRIAL

BLACK

FINE

PORCELAIN

CUP

FRAGILE

Subtópico

REFRACTORY

ALUMINA

WHITE

STRENGHT

FACING

MABLE

COLORFUL

WORK SURFACE

HIGH MELTING POINT

STRUCTURAL

CLAY

BRICKS

NON-TOXIC

METALS

NON-FERREOUS

LIGHT

TITANIUM

TOOLS

HIGHT CONDUCTIVITY

ALUMINIUM

LOW DENSITY

CAN

HEAVY

LEAD

BULLETS

BLUE-GREY

COPPER

HIGHT DENSITY

ORANGE

WIRES

FERREOUS

STEEL

BICYCLES

CONDUCTIVITY

IRON

SILVER

HARDNESS

MAGNET

CAST IRON

FRYING PAN

LOW MELTING POINT

GREY