please do both

can you please write out in proportions so that they can be crossed out

percent of Ni in the unknown. 4. Using the Ni concentration obtained in #3 above and assuming that you are starting with a 1.200-9 sample, what volume of 2.25% alcoholic dimethylglyoxime [DMG] reagent must be used in order to provide a 50% excess of reagent? Assume the density of the DMG solution is 0.795 g/mL. 5. A mixture containing only Ball, and NaCl weighs 0.3356g. The mixture is dissolved and treated with silver ion. All of the chloride ion [Cl] in solution precipitates as AgCl. The precipitate weighs 0.4837 g. What is the wt% of NaCl in the original mixture. 2. A 0,085-9 sunt How many grams of product (MW 206.243) will be forme by the reaction given in your text and in class? 3. A 2.563-9 sample of unknown gave 6.993 g of bis(dimethylglyoximate)nickel(II) (FW 288.91) when analyzed by the reaction given in your text and in class. Find the weight percent of Ni in the unknown. 4. Using the Ni concentration obtained in #3 above and assuming that you are starting with a 1.200-9 sample, what volume of 2.25% alcoholic dimethylglyoxime (DMG) reagent must be used in order to provide a 50% excess of reagent? Assume the density of the ..^705 /ml ne le dicsolved and percent of Ni in the unknown. 4. Using the Ni concentration obtained in #3 above and assuming that you are starting with a 1.200-9 sample, what volume of 2.25% alcoholic dimethylglyoxime [DMG] reagent must be used in order to provide a 50% excess of reagent? Assume the density of the DMG solution is 0.795 g/mL. 5. A mixture containing only Ball, and NaCl weighs 0.3356g. The mixture is dissolved and treated with silver ion. All of the chloride ion [Cl] in solution precipitates as AgCl. The precipitate weighs 0.4837 g. What is the wt% of NaCl in the original mixture. 2. A 0,085-9 sunt How many grams of product (MW 206.243) will be forme by the reaction given in your text and in class? 3. A 2.563-9 sample of unknown gave 6.993 g of bis(dimethylglyoximate)nickel(II) (FW 288.91) when analyzed by the reaction given in your text and in class. Find the weight percent of Ni in the unknown. 4. Using the Ni concentration obtained in #3 above and assuming that you are starting with a 1.200-9 sample, what volume of 2.25% alcoholic dimethylglyoxime (DMG) reagent must be used in order to provide a 50% excess of reagent? Assume the density of the ..^705 /ml ne le dicsolved and