Final answer:
The flux of carbon in the given setup is approximately 0.000347 g/m²s by dividing the mass caught by the product of the mouth area and the time deployed in seconds.
Step-by-step explanation:
To calculate the flux of carbon caught in a trap, the formula provided can be rearranged to Flux = mass caught / (mouth area * time deployed).
In this case, the mass caught is 300 g, the mouth area of the trap is 1 m², and the time deployed is 10 days. Converting days to seconds for consistency in SI units, 10 days is equivalent to 864000 seconds (10 days x 24 hours/day x 60 minutes/hour x 60 seconds/minute). Therefore, the flux can be calculated as 300 g / (1 m² * 864000 seconds), simplifying to approximately 0.000347 g/m²s. The use of a consistent unit system is important in physics calculations to ensure the accuracy of results.