<p> Chemistry Benchmark Exam 2 Name:______Date:______Block: ______Chemistry Benchmark #2 Answer Section</p><p>MULTIPLE CHOICE</p><p>1. B STA: CLE 3221.1.3 2. A DIF: L2 STA: CLE3221.2.1 | CLE3221.2.2 | CLE3221.Inq.2 | CLE3221.Inq.3 | 3221.2.9 | SPI3221.2.4 3. C DIF: L1 STA: CLE3221.1.2 | 3221.1.5 | SPI3221.1.2 4. B DIF: L1 STA: CLE3221.1.3 | 3221.1.5 | SPI3221.1.2 5. C DIF: L2 STA: CLE3221.1.3 | 3221.1.5 | SPI3221.1.2 6. A DIF: L2 STA: CLE3221.2.2 | CLE3221.Inq.2 | CLE3221.Inq.3 | 3221.2.9 | 3221.2.9 | SPI3221.2.4 7. A DIF: L1 STA: CLE3221.2.2 | CLE3221.Inq.2 | CLE3221.Inq.3 | 3221.2.9 | 3221.2.9 | SPI3221.2.4 8. B DIF: L2 STA: CLE3221.2.1 | CLE3221.Inq.2 | 3221.2.1 | 3221.Inq.3 | SPI3221.2.1 | SPI3221Inq.3 9. A DIF: L1 STA: CLE3221.2.1 | 3221.2.1 | SPI3221.2.1 10. B DIF: L1 STA: CLE3221.2.3 | SPI3221.2.6 11. D DIF: L3 STA: CLE3221.Inq.2 | CLE3221.Inq.3 | 3221.2.1 | 3221.Inq.5 | SPI3221.T/E.1 12. C DIF: L1 STA: CLE3221.2.2 | CLE3221.Inq.2 | CLE3221.Inq.3 | 3221.2.9 | 3221.2.9 | SPI3221.2.4 13. D DIF: L2 STA: CLE3221.1.2 | 3221.1.5 | 3221.1.6 | SPI3221.1.2 14. A DIF: L3 STA: CLE3221.1.2 | CLE3221.Inq.2 | 3221.1.9 | 3221.Math.10 | 3221.Inq.10 | SPI3221.1.3 | SPI3221.Math.3 15. C DIF: L1 STA: CLE3221.2.1 | 3221.2.1 | SPI3221.2.1 16. A DIF: L2 STA: CLE3221.2.1 | 3221.2.1 | SPI3221.2.1 | CLE3221.Inq.2 | CLE3221.Inq.3 | 3221.Inq.3 | 3221.Inq.5 | SPI3221Inq.2 | SPI3221Inq.3 17. C DIF: L1 STA: CLE3221.2.1 | CLE3221.Math.1 | SPI3221.Math.5 18. A DIF: L2 STA: CLE3221.1.3 | 3221.1.5 | SPI3221.1.2 19. D DIF: L2 STA: CLE3221.Math.1 | CLE3221.Math.2 | 3221.1.7 | 3221.Math.2 | SPI3221.1.2 | CLE3221.1.2 | 3221.1.6</p><p>20. A DIF: L3 STA: CLE3221.1.3 | 3221.1.8 | SPI3221.1.2 21. C DIF: L1 STA: CLE3221.2.1 | 3221.2.1 | SPI3221.2.1 22. D DIF: L1 STA: CLE3221.1.2 | 3221.1.5 | SPI3221.1.2 | SPI3221.1.3 23. B DIF: L3 STA: CLE3221.1.2 | CLE3221.Inq.2 | 3221.Math.10 | 3221.Inq.15 | SPI3221.1.3 | SPI3221.Math.3 24. C DIF: L2 STA: CLE3221.2.1 | 3221.2.1 | SPI3221.2.1 1 Chemistry Benchmark Exam 2 Name:______Date:______Block: ______25. A DIF: L2 STA: CLE3221.1.3 | 3221.1.5 | SPI3221.1.2 26. B DIF: L1 STA: CLE3221.1.3 | 3221.1.5 | SPI3221.1.2 27. B DIF: L1 STA: CLE3221.1.2 | 3221.1.5 | 3221.1.6 | SPI3221.1.2 28. C DIF: L2 STA: SPI3221.1.2</p><p>29. D DIF: L2 STA: CLE3221.2.1 | CLE3221.2.2 | CLE3221.Inq.2 | CLE3221.Inq.3 | 3221.2.9 | 3221.Inq.3 | SPI3221.2.4 30. D DIF: L1 STA: CLE3221.2.3 | SPI3221.2.6 31. B DIF: L2 STA: CLE3221.1.2 | CLE3221.Inq.2 | 3221.Math.10 | 3221.Inq.15 | SPI3221.1.3 | SPI3221.Math.3 32. A DIF: L2 STA: CLE3221.1.3 | 3221.1.8 | SPI3221.1.2 33. C DIF: L1 STA: SPI3221.1.2 34. A DIF: L2 STA: CLE 3221.1.2 35. E DIF: L1 STA: SPI3221.1.2</p><p>ESSAY</p><p>36. A solution is a mixture that has a uniform composition. The composition of a heterogeneous mixture is not uniform throughout. All solutions are mixtures, but not all mixtures are solutions. Salt water is a solution; sand in water is a heterogeneous mixture.</p><p>The three common states or phases of matter are: gas, liquid, and solid.</p><p>One example would be a solution of salt in water. Another example would be a mixture of iron and sulfur.</p><p>The salt and water can be separated by distillation. The iron and sulfur can be separated by using a magnet to attract the iron.</p><p>DIF: L2 STA: CLE3221.Inq.2 | CLE3221.Inq.3 | 3221.Inq.3 | 3221.Inq.5 | SPI3221Inq.2 | SPI3221Inq.3</p><p>2</p>