Find out the empirical formula of the compound

Reference no: EM13683069

In a quantitative analysis study 3.581 g of a compound containing carbon, hydrogen and oxygen only yielded 11.24 g of CO2 and 4.601 g of H2O in a combustion analysis apparatus. Find out the empirical formula of the compound.

Reference no: EM13683069

Questions Cloud

Forecast the outcomes of the na+ h2o reactions : Na is less active than Ca, however more active than Mg. Forecast the outcomes of the follow reactions. Use balanced equations,

Explain how to write the balanced net ionic equation : For lab we formed an initial equilibrium system by adding 10mL of water, 1 drop of 1M Fe(NO3)3 as well as 1 drop of 1M KSCN. After that perturbed the equilibrium by adding another drop of 1M Fe(NO3)3. Explain how to write the balanced net ionic eq..

Explain how many moles of h20 : If one mole of CO2 is produced in the subsequent reaction, explain how many moles of H20 are also produced.C3H8(g) +5O2(g) -----> 3CO2 (g) + 4 H20 (g)

Explain what is the mass in amu of the unknown atom : It is known that a particular diatomic molecule which includes hydrogen exhibits a 16.95 cm-1 spacing between its rotational lines. It is as well known that this molecule has a bond length of 141.5 picometers. Explain what is the mass in amu of th..

Find out the empirical formula of the compound : In a quantitative analysis study 3.581 g of a compound containing carbon, hydrogen and oxygen only yielded 11.24 g of CO2 and 4.601 g of H2O in a combustion analysis apparatus. Find out the empirical formula of the compound.

Explain what is the relationship between the strength : Explain what is the relationship between the strength of a bond single vs double vs triple as well as its wave-number on an IR spectrum?

Depict the molecule of 2-methyl-2-butanol : Depict the molecule of 2-methyl-2-butanol by placing atoms on the grid as well as connecting them with bonds. Comprise all hydrogen atoms.

Explain what is the maximum amount of so3 : Explain what is the maximum amount of SO3 that can be produced by the reaction of 3.2mol of S with 6.3mol of 02 via the equation below.S (s) + O2 (g)---> SO3 (g)

Compute the extent of dissociation of the acid : The pH of this acid solution is measured as 3.8. Compute the extent of dissociation of this acid in the prepared solution. The extent of dissociation is the fraction of the acid that is dissociated into the RCOO- anion and H3O+ cation in the aqueo..

User Account

All Pages