(a)
Interpretation:
The given formula is to be identified as condensed structural formula, expanded structural formula or molecular formula.
Concept introduction:
The condensed structural formula of the compound represents the arrangement of atoms by showing specific covalent bonds. The expanded structural formula represents the arrangement of atoms by showing all the covalent bonds. The molecular formula represents the atoms and their subscript represents the number of atoms without showing any covalent bonds.
(b)
Interpretation:
The given formula is to be identified as condensed structural formula, expanded structural formula or molecular formula.
Concept introduction:
The condensed structural formula of the compound represents the arrangement of atoms by showing specific covalent bonds. The expanded structural formula represents the arrangement of atoms by showing all the covalent bonds. The molecular formula represents the atoms and their subscript represents the number of atoms without showing any covalent bonds.
(c)
Interpretation:
The given formula is to be identified as condensed structural formula, expanded structural formula or molecular formula.
Concept introduction:
The condensed structural formula of the compound represents the arrangement of atoms by showing specific covalent bonds. The expanded structural formula represents the arrangement of atoms by showing all the covalent bonds. The molecular formula represents the atoms and their subscript represents the number of atoms without showing any covalent bonds.
(d)
Interpretation:
The given formula is to be identified as condensed structural formula, expanded structural formula or molecular formula.
Concept introduction:
The condensed structural formula of the compound represents the arrangement of atoms by showing specific covalent bonds. The expanded structural formula represents the arrangement of atoms by showing all the covalent bonds. The molecular formula represents the atoms and their subscript represents the number of atoms without showing any covalent bonds.
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Chapter 11 Solutions
Chemistry for Today: General Organic and Biochemistry
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- CH 115 Recitation Name: 14. Given the line structure: H. N. a. How many carbon atoms are in the compound? b. How many hydrogen atoms are not explicitly shown in the drawing, and what is total number of hydrogen atoms? c. There is at least one (and possibly more) lone pairs implied by the drawing. How many need to be envisioned? Draw in the implied lone pairs. d. Explain how you determined where the lone pairs were to be drawn. Group Challenge 15 Drawa Lcwis structure for each formula using the 5-step plan and then comment on why one structure isarrow_forwardPart 1. Write the correct systematic or IUPAC name of the following organic compounds. CH3 6 1. 2. HC 3. 4 H₂C. 5. H₂C H₂C CI H₂C. H3C1 Br OH CH₂₁ CH 3 CH-323 CH₂ CH₂arrow_forwardWrite the symbol for the following isotopes: Write the expanded, condensed and bond line formulas of the following hydrocarbons. a. Octane Expanded Condensed Bond line b. 3-methylheptane Expanded Condensed Bond line C. trans-3-hexene Expanded Condensed Bond linearrow_forward
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