12. use the periodic table to determine the type of bond most likely formed between elements:\n a. carbon…

12. use the periodic table to determine the type of bond most likely formed between elements:\n a. carbon and oxygen\n b. lithium and fluorine\n c. carbon and carbon\n d. carbon and nitrogen\n e. hydrogen and oxygen\n f. sodium and chlorine\n13. calculate the missing information and then draw a bohr diagram and lewis structure for each element.\nli atomic # = 3 mass # = 7 # of p = ___ # of n = ___ # of e = ___\nne atomic # = 10 mass # = 20 # of p = ___ # of n = ___ # of e = ___\nmg atomic # = 12 mass # = 24 # of p = ___ # of n = ___ # of e = ___\ncl atomic # = 17 mass # = 35 # of p = ___ # of n = ___ # of e = ___\nhe atomic # = 2 mass # = 4 # of p = ___ # of n = ___ # of e = ___\nsi atomic # = 14 mass # = 28 # of p = ___ # of n = ___ # of e = ___\nvocabulary examples: (use one word or draw a simple picture for each vocab. word)\n1. 2. 3. 4.\n5. 6. 7. 8.\n9.\npeer grader name ___
Answer
Explanation:
Step1: Recall bond - formation rules
Ionic bonds form between metals and non - metals, covalent bonds form between non - metals.
Step2: Identify element types for a
Carbon and oxygen are non - metals. So, they form a covalent bond.
Step3: Identify element types for b
Lithium is a metal and fluorine is a non - metal. So, they form an ionic bond.
Step4: Identify element types for c
Carbon and carbon are non - metals. So, they form a covalent bond.
Step5: Identify element types for d
Carbon and nitrogen are non - metals. So, they form a covalent bond.
Step6: Identify element types for e
Hydrogen and oxygen are non - metals. So, they form a covalent bond.
Step7: Identify element types for f
Sodium is a metal and chlorine is a non - metal. So, they form an ionic bond.
Answer:
a. Covalent bond b. Ionic bond c. Covalent bond d. Covalent bond e. Covalent bond f. Ionic bond