Transpiration ratio is the ration of moles of `H^(2)O` transpired/ moles of `CO_(2)` fixed. This ratio is measure of

Transpiration effciency/transpiration ratio is

One mole of an alkane on Combustion produced four moles of H_(2)O . How many moles of CO_(2) is produced in this reaction?

1 mole of [OH^(-)] is present in how many moles of H_(2)O ?

Verify by calculation that: 4 moles of CO_(2) and 6 moles of H_(2)O do not have same mass in grams.

A gaseous alkane on complete combustion gives CO_(2) and H_(2)O . If the ratio of moles O_(2) needed for combustion and moles of CO_(2) formed is 5:3 find out the formula of alkane.

A gaseous alkane on complete combustion gives CO_(2) and H_(2)O . If the ratio of moles O_(2) needed for compustion and moles of CO_(2) formed is 5:3 find out the formula of alkane.

Show by means of calculations that 5 moles of CO_(2) and 5 moles of H_(2)O do not have the same mass. How much is the difference in their masses ?

What is the ratio of the volumes occupied by 1 mole of O_(2) and 1 mole of O_(3) in identical conditions?