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1 Figure 1: Concentration of Metals and Metalloid (Cr, Cu, Ni, Pb, Zn, As; mean +SD) in sediment samples collected from Pit Specific Sediment Chemistry Monitoring for CMP 1 in January Figure 2: Concentration of Metals (Cd, Hg, Ag; mean +SD) in sediment samples collected from Pit Specific Sediment Chemistry Monitoring for CMP 1 in January 2014.
2 Figure 3: Concentration of Total Organic Carbon (mg/kg dry weight; mean +SD) in sediment samples collected from Pit Specific Sediment Chemistry Monitoring for CMP 1 in January Figure 4: Concentration of Tributyltin (µg TBT/kg; mean +SD) in sediment samples collected from Pit Specific Sediment Chemistry Monitoring of CMP 1 in January 2014.
3 Figure 5: Concentration of Low and High Molecular Weight Polycyclic Aromatics Hydrocarbons (mg/kg dry weight; mean +SD) in sediment samples collected from Pit Specific Sediment Chemistry Monitoring for CMP 1 in January Figure 6: Concentration of Metals and Metalloid (Cr, Cu, Ni, Pb, Zn, As; mean +SD) in sediment samples collected from Pit Specific Sediment Chemistry Monitoring for CMP 1 in February 2014.
4 Figure 7: Concentration of Metals (Cd, Hg, Ag; mean +SD) in sediment samples collected from Pit Specific Sediment Chemistry Monitoring for CMP 1 in February Figure 8: Concentration of Total Organic Carbon (mg/kg dry weight; mean +SD) in sediment samples collected from Pit Specific Sediment Chemistry Monitoring for CMP 1 in February 2014.
5 Figure 9: Concentration of Tributyltin (µg TBT/kg; mean +SD) in sediment samples collected from Pit Specific Sediment Chemistry Monitoring of CMP 1 in February Figure 10: Concentration of Low and High Molecular Weight Polycyclic Aromatics Hydrocarbons (mg/kg dry weight; mean +SD) in sediment samples collected from Pit Specific Sediment Chemistry Monitoring for CMP 1 in February 2014.
6 Figure 11: Concentration of Metals and Metalloid (Cr, Cu, Ni, Pb, Zn, As; mean +SD) in sediment samples collected for Cumulative Impact Sediment Chemistry Monitoring for CMP 1 in February Figure 12: Concentration of Metals (Cd, Hg, Ag; mean +SD) in sediment samples collected for Cumulative Impact Sediment Chemistry Monitoring for CMP 1 in February 2014.
7 Figure 13: Concentration of Total Organic Carbon (mg/kg dry weight; mean +SD) in sediment samples collected for Cumulative Impact Sediment Chemistry Monitoring for CMP 1 in February Figure 14: Concentration of Tributyltin (µg TBT/kg; mean +SD) in sediment samples collected for Cumulative Impact Sediment Chemistry Monitoring for CMP 1 in February 2014.
8 Figure 15: Level of ph (mean + SD) recorded during Routine Water Quality Monitoring for disposal operations at CMP 1 in April Figure 16: Concentration of Dissolved Oxygen (mg/l; mean + SD) recorded during Routine Water Quality Monitoring for disposal operations at CMP 1 in April 2014.
9 Figure 17: Level of Dissolved Oxygen (% saturation; mean + SD) recorded during Routine Water Quality Monitoring for disposal operations at CMP 1 in April Figure 18: Level of Salinity (mean + SD) recorded during Routine Water Quality Monitoring for disposal operations at CMP 1 in April 2014.
10 Figure 19: Level of Turbidity (NTU; mean + SD) recorded during Routine Water Quality Monitoring for disposal operations at CMP 1 in April Figure 20: Concentration of Chromium, Copper, Lead, Nickel and Zinc (mean + SD) in water samples collected from Routine Water Quality Monitoring for disposal operations at CMP 1 in April 2014.
11 Figure 21: Level of Biochemical Oxygen Demand (BOD 5; mean + SD) in water samples collected from Routine Water Quality Monitoring for disposal operations at CMP 1 in April Figure 22: Concentration of Total Inorganic Nitrogen and NH 3-N (mean + SD) in water samples collected from Routine Water Quality Monitoring for disposal operations at CMP 1 in April 2014.
12 Figure 23: Concentration of Suspended Solids (mean + SD) in water samples collected from Routine Water Quality Monitoring for disposal operations at CMP 1 in April 2014.
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Chapter 3-1. proton positive nucleus 1 amu neutron zero nucleus 1 amu electron negative on energy levels around the nucleus very small
Chapter 3-1 Sub-atomic Charge Location Mass Particle proton positive nucleus 1 amu neutron zero nucleus 1 amu electron negative on energy levels around the nucleus very small The most mass of the atom
Danyal Education (Contact: ) A commitment to teach and nurture
Chemistry of Reactions: Redox (#) Candidates should be able to: a) define oxidation and reduction (redox) in terms of oxygen/hydrogen gain/loss b) define redox in terms of electron transfer and changes