Home
Class 11
CHEMISTRY
A gaseous hydrocarbon consumed 5 times i...

A gaseous hydrocarbon consumed 5 times its volume of oxygen as for combustion. The volume of `CO_(2)` produced in the reaction is thrice the volume of hydrocarbon under the same conditions
How many grams of water is produced by combustion of 0.1 mol of the givenn hydrocarbon?

A

7.2 gm

B

3.6 gm

C

14.4 gm

D

1.8 gm

Text Solution

Verified by Experts

The correct Answer is:
A
Let atomic weight of metal = a
`(64)/(3a+64)xx100=27.6impliesa=55.96~~56`
`M_(2)O_(3)(48)/(112+48)xx100=(48)/(160)xx100=30`
Promotional Banner

Similar Questions

Explore conceptually related problems

A gaseous hydrocarbon consumed 5 times its volume of oxygen as for combustion. The volume of CO_(2) produced in the reaction is thrice the volume of hydrocarbon under the same conditions What is the ratio of molecular weight to emperical formula weight of the hydrocarbon?

The volume of CO_(2) formed when 1 litre of O_(2) reacted with 2 lit of CO under the same condition is

The volume of O_(2) required for the combustion of 10 lit of methane under the same condition is

If 5 ml of methane is completely burnt the volume of oxygen required and the volume of CO_(2) formed under the same conditions are

A gaseous hydrocarbon on combustion produces four times its volume of CO_(2) by consuming six times its volume of oxygen. What is the ratio of atoms of Hydrogen and carbon in that hydrocarbon?

A gaseous alkane requires five times its volume of oxygen under the same conditions for complete combustion. The molecular formula of the alkane is

Air contains 20% by volume of oxygen. The volume of air required for the compoete combustion of 1L of methane under the same conditions is

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?