A student evaluates two fuels, fuel \(\text{X}\) and fuel \(\text{Y}\), for use in a portable stove. The molar mass and standard enthalpy of combustion, \(\Delta H^\circ_{\text{comb}}\), for each fuel are provided in the table below.

Fuel	Molar mass (\(\text{g/mol}\))	\(\Delta H^\circ_{\text{comb}}\) (\(\text{kJ/mol}_{\text{rxn}}\))
\(\text{X}\)	\(60.0\)	\(-1200\)
\(\text{Y}\)	\(30.0\)	\(-1800\)

Assuming complete combustion under standard conditions, which of the following represents the ratio of the heat released by the combustion of \(1.00 \text{ g}\) of fuel \(\text{Y}\) to the heat released by the combustion of \(1.00 \text{ g}\) of fuel \(\text{X}\), \(\dfrac{q_{\text{Y}}}{q_{\text{X}}}\)?