The formula of a gaseous hydrocarbon which requires `6` times of its own volume of `O_(2)` for complete oxidation and produces `4` times its own volume of `CO_(2)` is `C_(x)H_(y)`. The value of `y` is _____

8c.c. of gaseous hydrocarbon requires 40c.c. of O_(2) for complete combustion. Identify hydrocarbon.

The vapour of an organic compound requires three times its own volume of oxygen for complete combustion and produces twice its own volume of carbon dioxide . Which of the following compounds would give these results ?

A gaseous paraffin requires five times its volume of oxygen for complete combustion. How many carbon atoms are present in a molecule of that paraffin?

The volume of O_(2) at STP required for the complete combustion of 4 g CH_(4) is

At STP , for complete combustion of 3 g C_(2)H_(6) the required volume of O_(2) will be -

10 mL of a certain hydrocarbon require 25 mL of oxygen for complete combustion and the volume CO_(2) of product is 20 mL. What is the formula of hydrocarbon ?

At 300 K and 1 atmospheric pressure, 10 mL of a hydrocarbon required 55 mL of O_(2) for complete combustion, and 40 mL of CO_(2) is formed. The formula of the hydrocarbon is:

At 300 K and 1 atmospheric pressure, 10 mL of a hydrocarbon required 55 mL of O_(2) for complete combustion, and 40 mL of CO_(2) is formed. The formula of the hydrocarbon is:

For the complete combustion of 4 litres of CO at NTP,the required volume of O_(2) at NTP is :-

Twenty millilitres of a gaseous hydrocarbon required 400 ml of iar for complete cumbustion. The air contains 20% by explosion and cooling was found to be 380 ml. Q. Volume of O_2 used is: