Answer
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Formula = H2O
Name = Water
Fahrenheit Melting Point = 32°F
Celsius Melting Point = 0°C
Fahrenheit Boiling Point = 212°F
Celsius Boiling Point = 100°C
Organic/Inorganic = Inorganic = derived from nonliving components,
and generally have ionic bonds,
lack carbon-hydrogen bonds,
and rarely, if ever, contain any carbon atoms
Density = 997 kg/m3
Molar Mass of H2O = 18.01528
Name = Water
Fahrenheit Melting Point = 32°F
Celsius Melting Point = 0°C
Fahrenheit Boiling Point = 212°F
Celsius Boiling Point = 100°C
Organic/Inorganic = Inorganic = derived from nonliving components,
and generally have ionic bonds,
lack carbon-hydrogen bonds,
and rarely, if ever, contain any carbon atoms
Density = 997 kg/m3
Molar Mass of H2O = 18.01528
↓Steps Explained:↓
Show all details for the following compound
H2O or Water
Chemical Formula and Name
Formula = H2O
Name = Water
Melting Point
Fahrenheit Melting Point = 32°F
Celsius Melting Point = 0°C
Boiling Point
Fahrenheit Boiling Point = 212°F
Celsius Boiling Point = 100°C
Compound Classification
Inorganic Compound
Inorganic = derived from nonliving components,
and generally have ionic bonds,
lack carbon-hydrogen bonds,
and rarely, if ever, contain any carbon atoms
Density
997 kg/m3
Molar Mass
2 molecules of Hydrogen (H) @ 1.00794 g/mol:
2(1.00794) = 2.01588 g/mol
1 molecule of Oxygen (O) @ 15.9994 g/mol:
1(15.9994) = 15.9994 g/mol
Molar Mass of H2O = 2.01588 g/mol + 15.9994 g/mol
Molar Mass of H2O = 18.01528
Final Answer
Formula = H2OName = Water
Fahrenheit Melting Point = 32°F
Celsius Melting Point = 0°C
Fahrenheit Boiling Point = 212°F
Celsius Boiling Point = 100°C
Organic/Inorganic = Inorganic = derived from nonliving components,
and generally have ionic bonds,
lack carbon-hydrogen bonds,
and rarely, if ever, contain any carbon atoms
Density = 997 kg/m3
Molar Mass of H2O = 18.01528
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