Name and Concentration Ionic or Covalent Bond (Solute) Electrolyte or  Non-electrolyte Isotonic, Hypertonic, or Hypotonic Deionized water (solvent)       0.5 M glucose       1 M glucose

In Part C of the experiment, you added a 6.0 NaOH solution to the aqueous solution of NaCl. Did the addition of the NaOH solution change the identity of the NaCl solute in the water? If so indicate the new identity. Group of answer choices No. Adding NaOH did not change the identity of the NaCl Yes. Adding NaOH changed the NaCl to NaClO Yes. Adding NaOH changed the NaCl to NaHClO Yes. Adding NaOH changed the NaCl to water Yes. Adding NaOH changed the NaCl to NaOH

How many grams of solute are in 75.0 grams of a 3.25 % (m/m) solution? 2310 g solute O 2.44 g solute O 244 g solute none of these options

Classify each of the following solutions as an unsaturated, a saturated, or supersaturated solution. a solution that can dissolve additional solute without a change in temperature an unstable solution in which solute will quickly precipitate a solution that cannot dissolve additional solute at a given temperature Answer Bank unsaturated supersaturated saturated

What volume of 4.61 M NaCl solution is needed to prepare 555 mL of a 1.23M diluted NaCl solution? O 105 mL O 338 mL 148 mL 407 mL

find the concentration at which the cobalt chloride solution becomes saturated. solution concentration=_ Solute Amount (moles) lots none Solution Volume (Liters) full Solution Values CoCl₂ Saturated! Solute Cobalt) chloride Solution Concentration (Molarity) high zero M

write down in the third column of the table the chemical formula of the major chemical species that will be present in this solution.

When 17.4 ml of a solute is dissolved into 25.0 ml of water, the volume of a solution becomes 28.2 ml. What is the v/v concentration of the solution? 1.38.3% 2.61.7% 3.88.7% 4.30.4% 5.69.6%