Yes, nonane is a solid
C9H20 is called Nonane
C9H20 + 14(O2) = 9(CO2) + 10 (H2O) and that's all there is to it
Nonane is a pure hydrocarbon formed with a base chain of nine carbon atoms. The number of hydrogen atoms is equal to 2C +2, so the formula is C9H20
See related link for a list of isomers for C9H2O
Nonane has 9 carbon atoms and the formula of C9H20
C9H20 is called Nonane
C9H20 + 14(O2) = 9(CO2) + 10 (H2O) and that's all there is to it
Nonane
Nonane is a pure hydrocarbon formed with a base chain of nine carbon atoms. The number of hydrogen atoms is equal to 2C +2, so the formula is C9H20
1 mole of a substance has approximately 6.02 x 10^23 its particles. 8.1 moles of C9H20 has 8.1 x 6.02 x 10^23 = 4.8762 x 10^24 C9H20 molecules There are 20 Hydrogen atoms in a molecule of C9H20. Number of hydrogen atoms = 4.8762 x 10^24 x 20 = 9.7524 x 10^25 There are about 9.75 x 10^25 Hydrogen atoms
kraker
To balance the equation for the combustion of nonane (C9H20), the reactants (C9H20 + O2) need to produce only CO2 and H2O as products. Each carbon atom in nonane needs to form CO2 and each hydrogen atom needs to form H2O. The balanced equation is: C9H20 + 14O2 -> 9CO2 + 10H2O
See related link for a list of isomers for C9H2O
Nonane contain 84,37 % carbon and 15,62 % hydrogen.
Balance c6h10o5 plus o2 yield to co2 plus h20? This is an equation for combustion of an or organic compound C6H10O5… +… O2.. =.. CO2.. +..H2O . Always balance C's first C6H10O5… +… O2.. =.. 6CO2.. +..H2O . balance H's next C6H10O5… +… O2.. =.. 6.CO2.. +..5.H2O balance O's last, but don't place a coefficient in front of the CO2 C6H10O5… +… O2.. =.. 6.CO2.. +..5.H2O ……5.O's…………..…=….12.O's ……5.O's ……5.O's…………..…=…….…17.O's ..17 - 5 = 12 O's needed on left side. 12.O's = 6 O2"s C6H10O5… +…6 O2.. à.. 6.CO2.. +..5.H2O Check it out …..Left………..Right C….6…………6 H….10……….10 O….17………..17
The structural formula for nonane is CH3(CH2)7CH3. Its Hill formula is C9H20, and its boiling point is 151 degrees Celsius.
The density of nonane (C9H20) is approximately 0.79 g/cm3 at room temperature and pressure.