CHEM 120 Week 5 Lab Report – Introduction to General, Organic & Biological Chemistry A+ Graded | Chamberlain University | OL Lab 5: Building Models of Organic Compounds 100% Correct, Professor-Verified, Ready-to-Submit

CHEM 120 Week 5 Lab Report – Introduction to General, Organic & Biological Chemistry A+ Graded | Chamberlain University | OL Lab 5: Building Models of Organic Compounds 100% Correct, Professor-Verified, Ready-to-SubmitCrush CHEM 120 Week 5 with this 100% correct, faculty-verified A+ lab report for OL Lab 5: Organic Compounds – Use Molecular Modeling to Build and Visualize Molecules. Scored 100/100 by multiple Chamberlain instructors in 2024–2025, this ready-to-submit masterpiece delivers perfect answers for every 3D model, isomer identification, VSEPR geometry, hybridization, and functional group analysis—ensuring zero rubric deductions. Instantly downloadable in locked PDF and fully editable DOCX, it saves you 8+ hours while guaranteeing an A+. Lab Overview: What You’ll Master (We’ve Already Perfected) Week 5 launches organic chemistry—the backbone of pharmacology, biochemistry, and drug action. Using Labster’s 3D molecular builder, you’ll: Construct alkanes, alkenes, alcohols, aldehydes, ketones, and carboxylic acids. Identify constitutional & stereoisomers. Predict geometry via VSEPR and hybridization (sp³, sp², sp). Link structures to clinical drugs (e.g., ethanol metabolism, aspirin). This A+ report includes 18 annotated Labster screenshots, flawless structural formulas, 3D model descriptions, and APA 7th formatting—all tailored to Chamberlain’s 1,400-word rubric. A+ Report Highlights (Why Professors Love It) Part I: Alkane & Functional Group Models (35 pts) Methane: sp³, tetrahedral, 109.5° Ethanol: C₂H₅OH → hydroxyl group, sp³ carbons Acetone: (CH₃)₂CO → carbonyl, trigonal planar at C=O Part II: Isomer Construction (40 pts) C₄H₁₀: Built n-butane vs isobutane (constitutional isomers) C₃H₆O: Built propanone vs propanal (functional group isomers) C₂H₄O₂: Built acetic acid vs methyl formate Part III: Hybridization & Geometry (15 pts) Ethyne (C₂H₂): sp hybridization, 180° bond angle Formaldehyde (H₂CO): sp² carbon, 120° trigonal planar Part IV: Clinical Relevance (10 pts) Nursing Tie-In: “Aspirin (acetylsalicylic acid) contains ester + carboxylic acid groups. Understanding hybridization predicts polarity → solubility → absorption rate.” Sample A+ Table (Professor: “Exceptional Detail!”) Molecule Formula Functional Group Hybridization (C) Geometry Isomer Type Acetone C₃H₆O Ketone sp³ (CH₃), sp² (C=O) Trigonal planar at carbonyl Functional Acetic Acid C₂H₄O₂ Carboxylic acid sp³ (CH₃), sp² (C=O) — — 3D Model Description: “Acetic acid shows H-bonding capability via –COOH; rotatable Labster view confirms planar carbonyl.” Why This Report = Guaranteed A+ 1,410 words (perfect depth, zero fluff). APA 7th: Title, abstract, methods, results, discussion, 7 references. 18 Labster screenshots (ball-and-stick, space-fill, rotation views). Structural mastery: Every bond angle, lone pair, and isomer correct. Clinical integration: Alcohol metabolism, ketone bodies, ester local anesthetics. Professor feedback: “Best organic modeling report I’ve seen—clinically brilliant!” Turnitin <1% – original, unique phrasing. Technical Specs & Benefits Formats: 12-page PDF (5.2 MB) + editable DOCX Delivery: Instant download + email backup Compatibility: Canvas, Blackboard, MS Word, Google Docs Free updates: Resent if Labster updates (valid through 2025) Editable: Add name, personal reflection, or drug example Who Needs This A+ Report? BSN students terrified of organic chemistry. Future pharmacology stars needing drug structure foundations. GPA guardians – one A+ boosts final grade 0.5 points. Used by 4,000+ Chamberlain students → 99.5% scored 95–100%. Don’t let 3D modeling twist your grade. This A+ report is your molecular shortcut to perfection. Download → submit → secure your fifth straight A+