What is the formula for calculating carbon monoxide make in liters per minute?

The correct formula for calculating the volume of carbon monoxide produced in liters per minute involves the flow rate and the concentration of carbon monoxide measured in parts per million (PPM). The choice that accurately captures this relationship is the formula that multiplies the flow rate (Q) by the concentration of carbon monoxide (PPM) and uses a specific conversion factor.

In this case, the conversion factor used is 0.06. This factor is derived from the understanding that PPM is a measure of the concentration of a gas in the air, and to convert that concentration into a flow rate in liters per minute, we utilize the flow rate Q (which is typically given in liters per minute) along with the conversion factor that accounts for the characteristics of carbon monoxide.

By using Q x PPM x 0.06, you're effectively translating the PPM concentration into a corresponding volume of gas being generated or emitted over the specified time period (1 minute). The use of this specific conversion ensures the result is in the correct units (liters per minute) and accurately represents the make of carbon monoxide given the parameters provided.