Download I CAN statements - Unit 04 bonding

Pre-AP Chemistry Bonding I CAN statements, Ryan
Chapters 6 in Modern Chemistry
1. I CAN define chemical bond and explain why chemical bonds form.
2. I CAN list the three major types of chemical bonds.
3. I CAN define valence electrons and determine the number of valence electrons an atom has
using the periodic table.
4. I CAN write Lewis dot structures for common elements using the periodic table.
5. I CAN define ionic bond and know what elements tend to form ionic bonds.
6. I CAN describe what happens to valence electrons when elements form ionic bonds.
7. I CAN define formula unit and write formula units with the proper subscripts using the periodic
table.
8. I CAN describe ionic compounds in terms of melting point, conductivity, coordination numbers,
state of matter, and geometry.
9. I CAN define covalent bond and know what elements tend to form covalent bonds.
10. I CAN describe what happens to valence electrons when elements form covalent bonds.
11. I CAN define molecule and write molecular formulas with the proper subscripts given the name
of the molecule.
12. I CAN describe molecular compounds in terms of melting point, conductivity, coordination
numbers, state of matter, and geometry.
13. I CAN define metallic bond and know what elements tend to form metallic bonds.
14. I CAN describe what happens to valence electrons when elements form metallic bonds.
15. I CAN define alloy.
16. I CAN describe metals in terms of melting point, conductivity, coordination numbers, state of
matter, and geometry.
17. I CAN create Lewis structures for common molecules using the periodic table.
18. I CAN understand how many electrons are shared in single, double, and triple bonds.
19. I CAN use VSEPR theory to predict molecular geometry for molecules that follow the octet rule.
20. I CAN remember the following names and angles: Linear, Bent (2 angles), trigonal planar,
trigonal pyramidal, and tetrahedral.
21. I CAN create models of common molecules and polyatomic ions given a model kit with
appropriate atom centers and bonds.
22. I CAN use an electronegativity chart to determine if a bond is polar or non-polar.
23. I CAN use a model and an electronegativity chart to determine if a molecule is polar or nonpolar.
24. I CAN predict if a molecule would exhibit resonance and determine how many non-identical
structures could be drawn.
25. I CAN define intermolecular.
26. I CAN define a hydrogen bond and identify molecules that could hydrogen bond.
27. I CAN define London dispersion forces and dipole interactions.