Hypothetical Periodic Table –1 FGA JXBE LITR MUS CHN OKQ DVW ZYP 1. L is an inert element 2. X has no neutrons 3. U and its group has 4 electrons in the outer energy level 4. F is the most electronegative element on the periodic table. 5. K has an electron configuration of s2p1 6. Without D, combustion will not occur. 7. H has an electron configuration of 1s22s22p3 8. V is larger than D but smaller than W 9. B’s cation is the largest in its group. 10. Q is in period 4 11. T has an atomic number of 10 12. G ‘s anion size is larger than F but smaller than A. 13. K is a metalloid 14. Z has the lowest ionization energy in its group 15. L is the lightest element in its group 16. M is more electronegative than K but less than F 17. J is in period 2 18. Y’s electrons fills the 3s sublevel 19. S is the largest element in its group 20. R has 36 protons 21. C has an orbital notation __↑↓__ __↑___ _↑__ 3s x y __↑___ z 1 1 2 3 4 18 2 13 14 15 16 17 Hypothetical Periodic Table-2 UVW GMN ZTJ KSL HIBR EDY CXP AOQF 1. Y is a liquid at room temperature 2. R is the first element to have 8 electrons in its outer energy level 3. P has a total of 4 electrons 4. Q has the lowest ionization energy on the periodic table 5. L has 16 neutrons 6. G has a configuration of 1s22s22p2 7. J is the first metalloid on the periodic table 8. B has a mass number of 4 9. E has the highest ionization energy in its group. 10. W is the only metalloid in its group 11. V is smaller than G but larger than K 12. X is in period 4 13. F is a gas 14. Z has electrons in the third energy level 15. M is larger than G but smaller than N 16. I has the lowest ionization energy in its group 17. O is a component of table salt 1 18 1 2 2 3 4 13 14 15 16 17 Hypothetical Periodic Table –3 TUN SBA CGFI QRY MLP HJXK 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. 14. 15. 16. 17. 18. 19. 20. 21. VWZ OED X has no electronegativity U has a configuration 1s22s22p63s23p3 F has a mass number of 39 D has 1 electron in the p sublevel A has 6 neutrons Y’s configuration is s2 L is in a compound that protects our teeth K is the lightest element in its group W has the lowest ionization energy in its group R is in period 2 D borders a transition element G is a gas X is the largest element O is larger than A but smaller than R M is least active V needs 2 electrons to fill its second energy level J has 18 protons Q is more active than D but less active than F I is the first element to place an electron in the third energy level B is in energy level 3 T has the lowest electronegativity in its group 1 18 1 2 2 3 4 13 14 15 16 17 Hypothetical Periodic Table 4 IPOR, DHQ, YBW, NSX ZLJM, GET, KCF, AUV 1. G is the most electronegative element. 2. F has and electron configuration 1s22s22p63s23p3 3. H is an ion of this element with a +2 charge and 18 electrons. 4. I’s second ionization energy is much greater than its first ionization energy. 5. U is an ion of this element with a -2 charge and 18 electrons. 6. S is a metalloid in period 4. 7. L has the highest first ionization energy in the table. 8. K tends to form a -3 ion charge. 9. R is the most likely element in this group to lose 1 electron. 10. W only metalloid in its group. 11. A has one of the highest electronegativities on the Periodic Table. 12. Y has a lower ionization energy than S. 13. N is the smallest element in its group. 14. P is the only nonmetal in its group. 15. M has the smallest atomic radius in the 3rd period. 16. D forms the smallest +2 ion. 17. E gains one electron to achieve “M’s” configuration. 18. O places its last electron at the beginning of the 2nd energy level. 19. Z has an ionization energy that is higher than T but lower than M. 1 18 1 2 2 3 4 13 14 15 16 17