Tin(IV) Carbonate

Name:
Tin(IV) Carbonate
Formula:
Sn(CO3)2
Molar Mass:
238.7278

Sn(CO3)2 Molar Mass Converter
Weight:  
Mole:  

Sn(CO3)2 Molar Mass Conversion in Batch

Weight:  
Mole:  

 




Elem.
Name
Total
Atomic
Mass
Mass
Sn
Tin
1
(11.11%)
118.71
118.71
(49.726%)
C
Carbon
2
(22.22%)
12.01
24.02
(10.062%)
O
Oxgen
6
(66.67%)
16
96
(40.213%)
→ Sn(CO3)2
Total: 238.7278


Example Reactions:
• Sn(CO3)2 = SnO2 + 2CO2
• Sn(CO3)2 + 4NaClO3 = Sn(ClO3)4 + 2Na2CO3
• Sn(CO3)2 + 4H2O = 2H2CO3 + Sn(OH)4
• SnBr4 + 2Na2CO3 = Sn(CO3)2 + 4NaBr
• 4KI + Sn(CO3)2 = SnI4 + 2K2CO3
• Sn(CO3)2 + 2H2SO3 = 2CO2 + 2H2O + Sn(SO3)2

Related Compounds:

• HCO3
Hydrogen Carbonate Ion {-}
• H2CO3
Carbonic Acid
• MgCO2
Magnesium Carbonite
• Mg(CO)2
Magnesium Hypocarbonite
• MgCO3
Magnesium Carbonate
• CaCO3
Calcium Carbonate
• Na2CO3
Sodium Carbonate
• Na2CO4
Sodium Peroxycarbonate
• K2CO3
Potassium Carbonate
• Na2C2O6
Sodium Peroxodicarbonate
• SnCO3
Tin(II) Carbonate
• SnCO4
Tin(II) Percarbonate
• (C3H7CO3)2
Di-n-propyl Perdicarbonate
• SnC2O4
Tin(II) Oxalate
• K2C6O6
Potassium Rhodizonate
• Sn(C2O4)2
Tin(IV) Oxalate
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