"Using the provided information, calculate the flux of Ne across the air-sea interface using the thin-film model, given the bulk surface water concentration. Assume a thin film thickness of 50 µm and express your answer in units of mol m⁻2 s⁻1. Then, considering that this Ne flux remains constant for 24 hours, determine the total mass of Ne fluxed across a 1. 0 km² area of the ocean in a 24-hour period. "

A) Calculate the flux of Ne and express it in mol/m²/s. Then determine the total mass of Ne fluxed across a 1. 0 km² area of the ocean in a 24-hour period, assuming the flux remains constant.
B) Determine the flux of Ne and express it in mmol/m²/s. Then calculate the total mass of Ne fluxed across a 1. 0 km² area of the ocean in a 24-hour period, assuming the flux remains constant.
C) Calculate the flux of Ne and express it in mol/cm²/s. Then determine the total mass of Ne fluxed across a 1. 0 km² area of the ocean in a 24-hour period, assuming the flux remains constant.
D) Determine the flux of Ne and express it in g/m²/s. Then calculate the total mass of Ne fluxed across a 1. 0 km² area of the ocean in a 24-hour period, assuming the flux remains constant.