Discuss whether your data in Part C (Quantitative Analysis of Salt Solutions) appears to follow a linear trend (all points near a line) or not based on your completed graph. How could you use this graph to determine the concentration of an unknown NaCl solution by just measuring the conductivity of the solution? this experiment test strong and weak electrolyte

Use this table to answer the question Solute Observations for solubility in Cyclohexane = SOLVENT What do you see happen? Is the solute soluble in cyclohexane? Observations for solubility in Water = SOLVENT What do you see happen? Is the solute soluble in water? Cyclohexane   (Test cyclohexane’s solubility in water)   No need to fill in this box.   What do you see happen? Is the solute soluble in water? It is a clear solution with a separation of liquids. It is not soluble. Two layers   sodium chloride       What do you see happen? Is the solute soluble in cyclohexane? It showed a clear liquid with the solute seen at the bottom. So, it is not soluble What do you see happen? Is the solute soluble in water? It has air bubble and a clear solution. It is suspended. It is soluble sugar (sucrose)         What do you see happen? Is the solute soluble in cyclohexane? It showed a clear liquid with the solute seen at the bottom. So, it is not soluble What do you…

Answer in scientific notation (as needed) and use appropriate sig figs.  A drink mix sample is prepared by mixing a packet of beverage powder in a gallon (3.78 L) of water. A sample for analysis is prepared by diluting 10.00 mL of this solution in a 50.0 mL volumetric flask. A student calculates that the concentration of dye in the analyzed beverage mix solution is (2.20x10^-5) mol/L. What is the mass (in grams) of food dye in the beverage mix packet?

A solution made by diluting. 74 mL of a 0.981 M solution of sodium phosphate to a total volume of 250 mL. Determine the concentration of sodium ions in the solution. Provide your answer to three (3) decimal places.