R.Q. in anaerobic respiration is

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\infty

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Solution

The correct option is C $\infty$
In anaerobic respiration, there is no presence of oxygen. Thus, when the R.Q. is calculated, the denominator becomes '0' and the value of R.Q. turns infinity.
R.Q. = Volume of $C O_{2}$ eliminated / Volume of $O_{2}$ consumed.
$C_{6} H_{12} O_{6} \to 2 C O_{2} + 2 C_{2} H_{5} O H$
$R . Q = \frac{2}{0} = (i n f i n i t e)$

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R.Q. in anaerobic respiration is

The correct option is C ∞In anaerobic respiration, there is no presence of oxygen. Thus, when the R.Q. is calculated, the denominator becomes '0' and the value of R.Q. turns infinity.R.Q. = Volume of CO2 eliminated / Volume of O2 consumed.C6H12O6→2CO2+2C2H5OHR.Q=20=(infinite)