acid fumes
sodium bicarbonate
carbon dioxide
sodium carbonate
C. carbon dioxide
aldehydes
alkenes
amino acids
alkynes
its molecular weight is low
it is denser than ice
it is a good solvent for many ionic substances
the molecules of water are joined by hydrogen bonds
loss of electrons
gain of electrons
gain of oxygen
removal of hydrogen
wrought iron
steel
pig iron
nickel steel
methane
nitrogen
carbondioxide
ethylene
shaving creams
adhesive tapes
toilet powders
lubricants
lead
zinc
mercury
chromium
they may appear better
they can resist the action of acids and alkalies
they lose their brittleness
they can withstand temperature shocks
Liebig
Pasteur
Bunsen
Erlenmeyer
oxidise ammonia to nitrates
convert nitrogen into ammonia
oxidise ammonia to free nitrogen
oxidise ammonia to oxides of nitrogen
oleic acid
acetic acid
palmitic acid
stearic acid
nitrogen
nitrous oxide
nitric oxide
nitrogen peroxide
galena
dolomite
sylvine
pitchblende
CO2 poisoning
CO poisoning
phosgene poisoning
anesthesia
white lead
graphite
red lead
coke
cotton
wool
cellulose
silk
methyl alcohol and acetic acid
methyl alcohol and ethyl alcohol
ethyl alcohol and pyridine
methyl alcohol and pyridine
silicate
protein
fat
carbohydrate
grams
pounds
carats
tons
Baking soda
Milk
Chloroform
Copper wire
calcium carbonate
sodium carbonate
magnesium sulphate
ferric chloride
magnesium chloride
sodium chloride
calcium sulphate
potassium chloride
acid fumes
sodium bicarbonate
carbon dioxide
sodium carbonate
it is an allotrope of carbon
it gives CO2 on heating
it contains free electrons
it is oxidised to graphitic acid
manganese dioxide
bauxite
animal charcoal
quicklime
Arsenic
Barium
Benzene
Bitumen
gypsum
urea
potassium nitrate
ammonium phosphate
acetone
ether
ethyl alcohol
methyl alcohol
Petrol
Kerosene
Hydrazine
Alcohol
calcium carbonate
calcium bicarbonate
magnesium sulphate
calcium sulphate