To grow the soil bacteria, Cardenas-Espinosa et al used the base mineral media described in Table...

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To grow the soil bacteria, Cardenas-Espinosa et al used the base mineral media described in Table 1.1. Table 1.1. Base Mineral Media Compound Mass needed for 1 Liter 7.0 g 2.8 g 0.5 g 0.1 g 0.1g 10 mg 5 mg 6.4 mg 1 mg 0.6 mg 0.36 mg 0.36 mg 6.5 mg 10 mg 37% (m/v) HCI 146 μL Microplastics in the ocean is a significant problem and would require bacteria that can survive at high levels of Na* ions. Na₂HPO •H₂O KH₂PO NaCl NHẠC MgSO .7H₂O FeSO MnSO ZnCl₂ CaCl₂-6H₂O BaCly COSO, -7H₂O CuSO,.5H₂O HBO, EDTA 4) What is the concentration in molarity, M, of total sodium ions (Na") in the base mineral media described in Table 1.1? 5) If the concentration of Na* ions in seawater is 0.58 M, how many more grams of NaCl should you add to the Base Mineral Media to isolate bacteria that could grow in seawater? To grow the soil bacteria, Cardenas-Espinosa et al used the base mineral media described in Table 1.1. Table 1.1. Base Mineral Media Compound Mass needed for 1 Liter 7.0 g 2.8 g 0.5 g 0.1 g 0.1g 10 mg 5 mg 6.4 mg 1 mg 0.6 mg 0.36 mg 0.36 mg 6.5 mg 10 mg 37% (m/v) HCI 146 μL Microplastics in the ocean is a significant problem and would require bacteria that can survive at high levels of Na* ions. Na₂HPO •H₂O KH₂PO NaCl NHẠC MgSO .7H₂O FeSO MnSO ZnCl₂ CaCl₂-6H₂O BaCly COSO, -7H₂O CuSO,.5H₂O HBO, EDTA 4) What is the concentration in molarity, M, of total sodium ions (Na") in the base mineral media described in Table 1.1? 5) If the concentration of Na* ions in seawater is 0.58 M, how many more grams of NaCl should you add to the Base Mineral Media to isolate bacteria that could grow in seawater?