antimony sb silver/gray metalloid solid used in alloys to increase hardness used in some...

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Antimony Sb Silver/gray metalloid Solid Used in alloys to increase hardness Used in some semiconductors (microchips)

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Page 1: Antimony Sb Silver/gray metalloid Solid Used in alloys to increase hardness Used in some semiconductors (microchips)

Antimony Sb

Silver/gray metalloid Solid Used in alloys to

increase hardness Used in some

semiconductors (microchips)

Page 2: Antimony Sb Silver/gray metalloid Solid Used in alloys to increase hardness Used in some semiconductors (microchips)

Arsenic As

Silver/gray metalloid Solid Used in some weed

killers and rat poisons

Page 3: Antimony Sb Silver/gray metalloid Solid Used in alloys to increase hardness Used in some semiconductors (microchips)

Bismuth Bi

Silver/gray metal Solid Low melting point –

mixed with lead and tin to make electrical solder and automatic fire sprinkler heads

Page 4: Antimony Sb Silver/gray metalloid Solid Used in alloys to increase hardness Used in some semiconductors (microchips)

Bromine Br

Reddish-brown non-metal

One of only 2 elements which are liquids at room temperature (the other is Hg)

Will cause painful burns on skin that heal slowly

Page 5: Antimony Sb Silver/gray metalloid Solid Used in alloys to increase hardness Used in some semiconductors (microchips)

Cadmium Cd

Silver metal Solid

Page 6: Antimony Sb Silver/gray metalloid Solid Used in alloys to increase hardness Used in some semiconductors (microchips)

Calcium Ca

Silver-white metal Solid Very soft Important to the

formation of bones and teeth

Page 7: Antimony Sb Silver/gray metalloid Solid Used in alloys to increase hardness Used in some semiconductors (microchips)

Chromium Cr

Silver-gray metal Solid Mixed with other

metals to make stainless steel

Used in many paint pigments

Page 8: Antimony Sb Silver/gray metalloid Solid Used in alloys to increase hardness Used in some semiconductors (microchips)

Carbon C

Non-metal, usually blackish

Solid Exists in several

forms, including graphite (pencil lead), and diamond

Is the basis of organic compounds

Page 9: Antimony Sb Silver/gray metalloid Solid Used in alloys to increase hardness Used in some semiconductors (microchips)

Cobalt Co

Grey-black metal Solid Used in magnets

Page 10: Antimony Sb Silver/gray metalloid Solid Used in alloys to increase hardness Used in some semiconductors (microchips)

Copper Cu

Reddish-brown metal

Solid Good conductor of

heat and electricity Used for electrical

wires, water pipes and cookware

Page 11: Antimony Sb Silver/gray metalloid Solid Used in alloys to increase hardness Used in some semiconductors (microchips)

Germanium Ge

Dark to light gray metalloid

Solid Similar to silicon, it is

used in microchips

Page 12: Antimony Sb Silver/gray metalloid Solid Used in alloys to increase hardness Used in some semiconductors (microchips)

Iron Fe

Silvery-white metal Solid Very common metal Main component of

steels

Page 13: Antimony Sb Silver/gray metalloid Solid Used in alloys to increase hardness Used in some semiconductors (microchips)

Iodine I

Dark gray non-metal Solid When heated, it

becomes a purple gas without going through the liquid stage. (this change is called sublimation)

Page 14: Antimony Sb Silver/gray metalloid Solid Used in alloys to increase hardness Used in some semiconductors (microchips)

Lead Pb

Gray metal Solid Very soft Used for fishing

sinkers and in car batteries

Page 15: Antimony Sb Silver/gray metalloid Solid Used in alloys to increase hardness Used in some semiconductors (microchips)

Lithium Li

Silvery metal Solid Soft, easily cut with a

knife Highly reactive, must

be stored in oil to prevent reaction with water vapour in the air

Page 16: Antimony Sb Silver/gray metalloid Solid Used in alloys to increase hardness Used in some semiconductors (microchips)

Magnesium Mg

Silver metal Solid Burns with a very

bright flame Used in flares

Page 17: Antimony Sb Silver/gray metalloid Solid Used in alloys to increase hardness Used in some semiconductors (microchips)

Manganese Mn

Silvery metal Solid Used in steel

Page 18: Antimony Sb Silver/gray metalloid Solid Used in alloys to increase hardness Used in some semiconductors (microchips)

Mercury Hg

Silvery metal One of only 2

elements which are liquids at room temperature (the other is Br)

Used in thermometers

poisonous

Page 19: Antimony Sb Silver/gray metalloid Solid Used in alloys to increase hardness Used in some semiconductors (microchips)

Nickel Ni

Silver-gray metal Solid Used in steel and in

magnets

Page 20: Antimony Sb Silver/gray metalloid Solid Used in alloys to increase hardness Used in some semiconductors (microchips)

Phosphorus P

Non-metal, most commonly red or white

Solid Burns easily, must

be stored in water to prevent reaction with oxygen in air

Used in matches

Page 21: Antimony Sb Silver/gray metalloid Solid Used in alloys to increase hardness Used in some semiconductors (microchips)

Silicon Si

Gray metalloid Solid Sand and glass are

silicon compounds Used for making

microchips

Page 22: Antimony Sb Silver/gray metalloid Solid Used in alloys to increase hardness Used in some semiconductors (microchips)

Sulfur S

Yellow non-metal Solid Often found near

volcanoes “Rotten egg” gas is a

sulfur compound (hydrogen sulfide)

Page 23: Antimony Sb Silver/gray metalloid Solid Used in alloys to increase hardness Used in some semiconductors (microchips)

Tin Sn

Silvery metal Solid Used to coat iron

cans because it doesn’t corrode as easily as iron

Page 24: Antimony Sb Silver/gray metalloid Solid Used in alloys to increase hardness Used in some semiconductors (microchips)

Zinc Zn

Bluish-gray metal Solid Used to coat iron

and prevent it from rusting (galvanized iron)