wwwwwwwwTTTTTTTTTTTTTTTTTYou put a 50 ml volume of a concentrated solution into a 250 ml flask.You add solvent up to the 250 ml mark. What is the concentration of the16 diluted solution?A. 1/2 the concentration of the original solution.1/5 the concentration of the original solution.B.C. 1/200 the concentration of the original solution.D. 1/250 the concentration of the original solution.You make a solution of 1.55 mol/L AICI, in water.17. What is [AICI,]?A. 1.55 mol/LB. 3.10 mol/LYou make a solution of 1.55 mol/L AIC13 in water.18. What is [Cl]?A. 1.55 mol/LB. 3.10 mol/LC. 4.65 mol/LD. 0.77 mol/L2119. At which temperature will water dissolve the most KBr?A. 40 °CB. 60 °CC. 4.65 mol/LD. 0.77 mol/LC. 80 °CD. Equal amounts of KBr will dissolved at all of the listed temperatures.20. At which temperature KBr dissolve the fastest in water?A. 40 °CIn which mixture will thesolid compound dissolvethe fastest in water?A. Solution #1B. Solution #2B. 60 °CC. 80 °CD. KBr will dissolved equal fast at all of the listed temperatures.#1#2C. Solution #3D. All will dissolve equally fast#3

The given questions are based on solubility and concentration terms .

You put a 50 ml volume of a concentrated solution into a 250 ml flask. You add solvent up to the 250 ml mark. What is the concentration of the 16 diluted solution? A. 1/2 the concentration of the original solution. B. 1/5 the concentration of the original solution. C. 1/200 the concentration of the original solution. D. 1/250 the concentration of the original solution. You make a solution of 1.55 mol/L AICI, in water. 17. What is [AICI,]? A. 1.55 mol/L B. 3.10 mol/L 18. What is [Cl]? A. 1.55 mol/L B. 3.10 mol/L You make a solution of 1.55 mol/L AICI, in water. 21 C. 4.65 mol/L D. 0.77 mol/L 19. At which temperature will water dissolve the most KBr? A. 40 °C B. 60 °C C. 80 °C D. Equal amounts of KBr will dissolved at all of the listed temperatures. 20. At which temperature KBr dissolve the fastest in water? A. 40 °C B. 60 °C C. 4.65 mol/L D. 0.77 mol/L In which mixture will the solid compound dissolve the fastest in water? C. 80 °C D. KBr will dissolved equal fast at all of the listed temperatures. #1 #2 A. Solution #1 B. Solution #2 26 C. Solution #3 D. All will dissolve equally fast #3

You put a 50 ml volume of a concentrated solution into a 250 ml flask. You add solvent up to the 250 ml mark. What is the concentration of the 16 diluted solution? A. 1/2 the concentration of the original solution. B. 1/5 the concentration of the original solution. C. 1/200 the concentration of the original solution. D. 1/250 the concentration of the original solution. You make a solution of 1.55 mol/L AICI, in water. 17. What is [AICI,]? A. 1.55 mol/L B. 3.10 mol/L 18. What is [Cl]? A. 1.55 mol/L B. 3.10 mol/L You make a solution of 1.55 mol/L AICI, in water. 21 C. 4.65 mol/L D. 0.77 mol/L 19. At which temperature will water dissolve the most KBr? A. 40 °C B. 60 °C C. 80 °C D. Equal amounts of KBr will dissolved at all of the listed temperatures. 20. At which temperature KBr dissolve the fastest in water? A. 40 °C B. 60 °C C. 4.65 mol/L D. 0.77 mol/L In which mixture will the solid compound dissolve the fastest in water? C. 80 °C D. KBr will dissolved equal fast at all of the listed temperatures. #1 #2 A. Solution #1 B. Solution #2 26 C. Solution #3 D. All will dissolve equally fast #3

Chemistry

10th Edition

ISBN:9781305957404

Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste

Chapter1: Chemical Foundations

Section: Chapter Questions

Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...

See similar textbooks

Similar questions

Q 1 please
What mass of K2CO3 is present in 0.575 L of a 0.611 M Na2CO3 solution?a. 130.1 gb. 146.8 gc. 65.7 gd. 51.3 ge. 48.6 g
Q 9 please
C14 This is for my reviewer please help me with the step by step solution and answer, thank you
A. 1.00 gram calcium hydroxide in 3.00 liters solution B. 17.0 g potassium dihhydrogen phospate in 550.0 mL
A 2.0 L of benzene solution contains 10.0 g of toluene (C7H8). Calculate the molarity of the solution. a. 5.0 M b. 0.05 M c. 39 M d. none of these
What volume of each solution contains 0.340 molmol of NaINaI? A. 0.142 MM NaI B. 0.952 MM NaI C. 1.71 MM NaI
A student prepares a stock solution 100 mL of 0.50 M copper (II) sulfate solution, which is blue in color.What volume of the stock solution is needed to prepare 60 mL of a 0.20 M copper (II) sulfate solution?a. 0.0012 mLb. 6 mLc. 24 mLd. 83 mL
Q 11 please
when doing a test to find the molarity of solution of hydrochloric acid, the following results were obtained. The actual molarity of the solution is 1.00 molar.Molarity1.45 1.44 1.46a. both accurate and preciseb. both inaccurate and imprecisec. accurate but imprecised. precise but inaccurate
4. What is the molarity of a solution of NaCl made from 116.0 g in 2000.0 mL? а. 1.000 М b. 2.000 M c. 0.0001 M d. 0.0002 M
A 1.00 M solution has an initial volume of 100. mL. Water is evaporated from this solution, and the new solution has a concentration of 5.00 M. Calculate the final volume of the solution and the amount of water removed from the initial solution.