106CO2 + 50 SIO4 + 16HNO3 + H3PO4 + 0.001Fe + 122H20 → (CH,0) 106(SiO4)so(NH3)16(H3PO.)F2.001 + 13802 a. Calculate the c

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106CO2 + 50 SIO4 + 16HNO3 + H3PO4 + 0.001Fe + 122H20 → (CH,0) 106(SiO4)so(NH3)16(H3PO.)F2.001 + 13802 a. Calculate the c

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106co2 50 Sio4 16hno3 H3po4 0 001fe 122h20 Ch 0 106 Sio4 So Nh3 16 H3po F2 001 13802 A Calculate The C 1
106co2 50 Sio4 16hno3 H3po4 0 001fe 122h20 Ch 0 106 Sio4 So Nh3 16 H3po F2 001 13802 A Calculate The C 1 (360.17 KiB) Viewed 23 times
106CO2 + 50 SIO4 + 16HNO3 + H3PO4 + 0.001Fe + 122H20 → (CH,0) 106(SiO4)so(NH3)16(H3PO.)F2.001 + 13802 a. Calculate the change in (total) CO, in the ocean surface mixed (Temp = 25C, Salinity = 35 ppt) layer if 1 nM of iron is added (and consumed), assuming it is indeed the limiting nutrient. b. Would this change in total CO, affect the alkalinity of the surface ocean? Whylwhy not? C. How much would the pH of the surface change following this primary production (assuming no respiration/gas exchange)? Use pCO2 = 420 ppm and total alkalinity = 2.2 mM to start your calculations.
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