Question

What is the mole ratio of H2O to H3PO4 in the following chemical equation? P4O10 + 6 H2O --> 4 H3PO4

Answer 1

Answer:

6 : 4

Explanation:

As you can see from the equation, saying that 1 mole of P4O10 react with 6 mole of H20 to produce 4 mole of H3PO4

Answer 2

The mole ratio of water to phosphoric acid has been 1.5.

The mole ratio has been defined as the moles of atoms present in a chemical reaction with respect to another.

The balanced chemical reaction has been given with the stoichiometric coefficient with the representation of the moles of compound involved in the reaction.

Computation for mole ratio

The reaction has been, representing 6 moles of water, for 4 moles of phosphoric acid. The mole ratio of water to phosphoric acid has been given by:

$\rm \dfrac{H_20}{H_3PO_3}= \dfrac{6}{4}\\ \dfrac{H_20}{H_3PO_3}=1.5$

The mole ratio of water to phosphoric acid has been 1.5.

For more information about mole ratio, refer to the link:

https://brainly.com/question/15288923