Across
- 2. The substance that 'does' the dissolving to form a solution
- 6. Negatively charged subatomic particle
- 10. Group 0 elements, generally unreactive and odourless
- 11. The technique used to separate a soluble and insoluble substance
- 12. Atom with the same number of protons but a different number of neutrons
- 14. When setting up a chromatogram, you must always use a ...
- 16. In paper chromatography the paper is considered the ... phase
- 19. The technique used to separate a mixture based on boiling points
- 20. Positively charged subatomic particle
- 21. The substance that is collected after passing through filter paper
- 22. Central part of an atom containing protons and neutrons
- 24. Elements in the middle of the periodic table with varying properties. ... metals
- 26. The substance that dissolves to form a solution
- 27. clue: Electron in the outermost energy level of an atom can be the called the ... electron
- 28. A substance has completely moved with the mobile phase. What is its RF value?
- 29. Horizontal row in the periodic table
- 30. Number of protons in an atom
- 32. Metals Group 1 elements, highly reactive. ... metals
Down
- 1. Tabular arrangement of elements based on atomic number and properties
- 3. The equipment specifically during distillation
- 4. The substance that is captured by the filter paper
- 5. In paper chromatography the water is considered the ... phase
- 7. A substance has a perfect affinity to the stationary phase. What is its RF value?
- 8. This is needed to separate a solvent and from a solute
- 9. Vertical column in the periodic table
- 13. Combined mass of protons and neutrons in an atom
- 15. The process a solute does, as the solvent is evaporated
- 17. Neutrally charged subatomic particle
- 18. Group 7 elements, highly reactive nonmetals
- 23. The technique used to separate substances based on their solubility
- 25. A mixture of a solute and solvent
- 31. distance travelled by substance / distance moved by solvent front
- 32. Smallest part of an atom that could still be recognised as a member of that element
