Name the following compound. I only need part D,H, I ### Chemical Structure AnalysisThe image contains graphical representations of various organic chemical structures. Each structure is labeled with a corresponding letter. Below is a detailed explanation of each structure:#### Structure Labels and Descriptions1. **Structure d)** - This structure comprises a main carbon chain with branches. The chain includes various bonding patterns, which indicate specific spatial arrangements of hydrogen and carbon atoms. Detailed Nomenclature may be required for further analysis.2. **Structure g)** - This molecule features a bromine (Br) atom attached to a carbon chain. It is crucial for understanding substitution reactions in organic chemistry, where bromine acts as a versatile substituent.3. **Structure h)** - This structure has a chlorine (Cl) atom attached to the carbon chain. Chlorine atoms in organic compounds are often involved in forming alkyl chlorides and are significant in halogenation reactions.4. **Structure i)** - This structure shows a branched carbon chain where each branch represents a series of carbon-carbon bonds. It’s a comprehensive example of how branching affects molecular behavior and properties.5. **Structure j)** - This specific molecule showcases two iodine (I) atoms attached to different carbon atoms within the chain. The presence of iodine makes it particularly interesting for studying organoiodine chemistry and its applications.6. **Structure q)** - Here, the molecule features a simpler branched chain, with the specific arrangement potentially affecting its reactivity and interactions.7. **Structure r)** - This structure exhibits another unique branching pattern within the carbon chain, with spatial orientation playing a key role in its chemical characteristics.### Important Notes- **Visualization:** Graphs and diagrams such as these are crucial in visually understanding molecular geometry, branching, and functional groups in organic compounds. - **Chemical Reactivity:** Branching and the presence of halogens in these structures largely influence their reactivity, making them significant in synthesis and various chemical reactions.- **Functional Groups:** Recognizing these patterns helps in identifying functional groups, which are pivotal in predicting chemical behavior and reactivity.### ConclusionThis image provides an excellent resource for visual learners to understand complex organic molecules. Each structure can be analyzed to better comprehend the principles of organic chemistry, including molecular geometry, functional group identification, and the effects of branching and substitutions on chemical reactivity.

There are two types of nomenclature- 1- IUPAC naming 2- common name

Answered: wen i) ~ h) q) ㅆ ㅎ

Science

Chemistry

wen i) ~ h) q) ㅆ ㅎ

Pushing Electrons

4th Edition

ISBN:9781133951889

Author:Weeks, Daniel P.

Publisher:Weeks, Daniel P.

Chapter1: Lewis Structures

Section: Chapter Questions

Problem 12EQ: Adding electrons to the skeleton by making single bonds between all bonded atoms gives Each...

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Determine if the structural formula below is an acceptable Lewis structures for organic compounds. Point out the problems in cases where structure is invalid. •. :OH CH- .CH3 A. Non of the options here are correct. B. This is not a correct Lewis structural formula because carbon cannot have five bonds. C. This structure is a correct Lewis structural formula. D. This is not a correct Lewis structure because the methyl group does not have an octet of electrons.
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1. Consider serine (it is expected you will need to refer to a chart of the 20 common amino acids to find structure information for this and other amino acids). a. Draw its complete Lewis structure of serine (show all atoms, bonds and lone pairs). Draw the version of the structure without any charges b. Identify all of the functional groups C. Draw the Zwitterion form of serine d. Explain how the Zwitterion is formed from the uncharged version
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Use this condensed chemical structure to complete the table below
help por favor I just need to draw the molecule
For the structure below, draw the resonance structure that is indicated by the curved arrow(s). Be sure to include formal charges. 0 Get help answering Molecular Drawing questions. Modify the second structure given to draw the new resonance structure. Include lone pairs and charges in your structure. Use the + and - tools to add/remove charges to an atom, and use the single bond tool to add/remove double bonds. CH3 N. CH3 N' Edit CH3 CH3 H;C H;C H.
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Functional Groups List the functional groups, what is the chemical formula for each and what are the characteristics of each? Draw the molecular structure for each
Fill out the table below. You may want to start by drawing all of the Lewis dot structures first. Consult with your instructor, and then complete Lewis Structures Lab Report Form A. Lewis Dot Structures, Hybridization and Geometries Austin Community College Chemistry r out the table below. You may want to start by drawing all of the Lewis dot structures first. Consult with your instructor, and then complete the rest of the table. Add formal charges, as necessary. Name: compound Date: Lewis Dot Structure hybridization electronic CH4 geometry molecular re polar or non-polar? geometry or a sure nase pres us t CH2F2 H20 Tem NH3 pi 3.
• Calculate Bond Pairs (BP.s) Calculate Lone Pairs (LP.s) • Draw Lewis Structure for the Simple Molecules and Polyatomic lons Page 228 Text Book) • VSEPR Notation (Pg. 234 T. Book) • Prediction of Molecular Shapes (Pg. 234 T. Book) • Polarity (justify your answer) Pg. 239 (T.Book) 1 H30* 2 3 4 5 CHCI3 -2 CO3 AIF4 + NO₂ 6 7 col 8 9 10 Xe Fz Xe F3+ SO₂ SO3 -2 SO4
Counting available electrons and drawing a Lewis structures