all one question, draw arrows and products This image displays a chemical reaction flowchart involving aromatic compounds. The flowchart can be broken down as follows:1. **Top Compound**: - An aromatic molecule with a benzene ring. - The ring is linked to a group consisting of hydrogen (H) and chlorine (Cl).2. **First Level**: - The flowchart branches into two pathways from the top compound, indicated by arrows pointing downwards. - Both pathways lead to intermediates shown in dashed boxes with the option "Select to Add Arrows."3. **Intermediates**: - **Left Intermediate**: A carbocation is formed on the benzene ring adjacent to the chlorine atom. - **Right Intermediate**: A similar carbocation is formed, but the charge is on a different carbon on the benzene ring. These intermediates can resonate with each other, indicated by a double-headed arrow between them.4. **Second Level**: - Each intermediate proceeds to another structure as the arrows continue downwards.5. **Bottom Compounds**: - **Left Compound**: A chlorinated cyclohexene is formed with the chlorine attached to the ring. - **Right Compound**: Another isomer of chlorinated cyclohexene is shown, differing from the left due to a different position of the double bond and chlorine.This diagram thus represents potential pathways for the reaction of an aromatic compound with HCl, illustrating resonance and rearrangement of carbocation intermediates in the process. The image displays a molecular structure diagram and instructions for a drawing task:### Molecular Structure- The diagram shows a chlorobenzene ring with a nitro group attached. - The nitro group (NO₂) is positioned para to a chlorine atom (Cl) on the benzene ring. - The nitrogen in the nitro group is positively charged, and one of the oxygen atoms is negatively charged.### Instructions for Drawing- Beneath the molecular structure, there are instructions for drawing: - An arrow points down to a dotted box labeled "Draw Diene." - Below this, there is a "+" sign. - A second dashed box labeled "Drawing" is shown.This layout suggests that the task involves drawing a diene, possibly for a chemical reaction or a learning exercise involving molecular structures.

Diene reacts with hydrogen halide to form 1,2-additon or 1,4-addition products through a carbocation…

Answered: Her Select to Add Arrows P I I•U:…

Science

Chemistry

Her Select to Add Arrows P I I•U: Select to Add Arrows :CI: Select to Add Arrows Q

Chemistry: The Molecular Science

5th Edition

ISBN:9781285199047

Author:John W. Moore, Conrad L. Stanitski

Publisher:John W. Moore, Conrad L. Stanitski

Chapter6: Covalent Bonding

Section: Chapter Questions

Problem 5QRT

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help por favor I just need to draw the molecule
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answer these questions with NaOH *State two examples of another substance of the same type with the same bonding. *State and explain properties of the substance:a- Melting and/or boiling point and state at room temperature b -Electrical conductivity in any state c- Solubility in water d- Shape if molecular or structure if an ionic compound or metallic. * An example (application) of what the substance is used for and why.
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answer the blank questions
None
I am not sure if I have the ones right that I already did. Thanks!
REFER TO IMAGE
MOLECULAR STRUCTURES AND MOLECULAR GEOMETRIES Procedure, Data Sheet and Questions A. Determining Structural Formulas 1. Determine the structural formulas of the five molecules and polyatomic ions in the table below using the steps described in the Theory section, and answer questions about the structures. Sulfur dioxide is in the table as an example. Formula Central Number of Number of Number of Number of pairs of unshared electrons single bonds double bonds connected triple bonds connected atom connected to the central to the central to the central on the central atom atom atom atom SO2 1 1 1 CS2 NF3 H2S NO2 So?-
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