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- Molecular Model Set - Organic Set - Student
Material : PS / PE
HSN Code : 90230010
Polylab introduces top rated and best Molecular Model Set – Organic Set – Student, designed to help learners build a strong foundation in organic chemistry through hands-on practice. This set enables students to construct and explore different molecular structures, making abstract chemical concepts easier to understand and remember.
As trusted manufacturers and suppliers, Polylab focuses on creating student-friendly educational tools that promote interactive learning. The set includes carefully designed components that allow easy assembly of organic compounds, helping students visualize bonding, structures, and spatial arrangements effectively.
Manufactured using high-quality, durable materials, the Polylab Molecular Model Set ensures repeated use without damage. Its compact and organized design makes it convenient for students to carry, store, and use during classroom sessions or self-study.
Code | Particulars | Packing |
|---|---|---|
58022 | Organic Set - Student | 1 Pc |
Recognized among the best manufacturers and suppliers, Polylab continues to deliver reliable educational lab products. This student-focused model set is an ideal tool for improving conceptual understanding and practical knowledge in organic chemistry.
Student Learning : Helps in understanding organic chemistry concepts through practice.
Classroom Activities : Used during lectures and group learning sessions.
Self-Study : Ideal for individual practice and concept revision.
Laboratory Work : Supports basic molecular modeling exercises.
Exam Preparation : Assists in visualizing structures for better retention.
Student-Oriented Design : Simplified components for easy handling and quick model building.
Clear Structure Representation : Helps in understanding bonding patterns and molecular shapes.
Durable Material : Ensures long-lasting use for continuous learning.
Compact Kit : Easy to carry and store for everyday academic use.
Flexible Model Creation : Supports building a variety of organic compounds.
Consistent Product Quality : Manufactured under strict standards for reliable use.
Wide Academic Acceptance : Trusted by students and educational institutions.
Efficient Design : Focused on simplicity and practical usability.
Cost-Effective Learning Tool : Provides long-term value for students.
Reliable Availability : Ensures easy access through a strong distribution network.
This student set is the best because it offers a perfectly balanced component selection specifically designed for individual learners. With 14 Carbon (IV), 6 Oxygen, 22 Hydrogen, and carefully chosen quantities of Nitrogen, Sulphur, Halogen, Metal, and Phosphorus atoms, students have exactly what they need to build the molecules encountered in introductory courses without being overwhelmed by excessive components. The 70 connectors provide ample building capacity, and the included link remover tool adds convenience. This thoughtful balance makes it the top rated choice for students beginning their organic chemistry journey.
The Roman numerals indicate the bonding capacity or valence of the atom, which corresponds to the number of holes in each ball. For Carbon (IV), four holes represent tetrahedral sp³ hybridization. Oxygen (II) has two holes for bent geometry. Nitrogen is available in II, III, and IV configurations representing different hybridization states and bonding patterns. Sulphur comes in IV and VI for different oxidation states. This system provides the best accuracy for teaching valence and bonding geometry, making it the top rated for educational use.
The Link Remover Tool is a specially designed instrument for easily disassembling models without damaging the components. It provides the best leverage for separating tightly connected balls and links, making disassembly quick and safe. This tool is especially important for student sets where models will be built and taken apart repeatedly during study sessions. It is the top rated for maintaining the longevity of your model set and preventing frustration.
This student set includes a total of 56 atoms: 14 Carbon (IV), 6 Oxygen (II), 22 Hydrogen (I), 6 Nitrogen (II, III, IV), 2 Sulphur (IV, VI), 4 Halogen (I), 1 Metal (I), and 1 Phosphorus (IV). This carefully curated selection provides the best balance for introductory organic chemistry study, offering sufficient variety without overwhelming the student.
With this student set, you can build a wide range of introductory organic compounds including: alkanes (methane through octane), cycloalkanes, simple alkenes and alkynes, alcohols, ethers, aldehydes, ketones, carboxylic acids, esters, amines, amides, alkyl halides, thiols, simple amino acids, and basic carbohydrate structures. It provides the best foundation for understanding the molecules covered in introductory organic chemistry courses.
Yes, this set is excellent for learning stereochemistry. The tetrahedral carbon atoms (IV) with four holes at precise angles allow clear visualization of chiral centers. Students can build enantiomers of molecules like lactic acid or 2-butanol to understand the spatial relationships that give rise to optical isomerism. It is the top rated for helping students grasp this challenging concept through hands-on modeling.
This student set is specifically designed for introductory organic chemistry at the high school level (including AP and IB programs) and first-semester college organic chemistry courses. It provides the best balance of components for students beginning their study of organic molecular structure and is the top rated choice for individual student use at these levels.
The set includes 70 connectors, which provides the best balance for student use. This quantity is sufficient for building multiple small molecules simultaneously or constructing moderately complex single molecules. For example, you could build several amino acids at once to compare structures, or construct a molecule like glucose with all bonds represented. The quantity is carefully chosen to meet the needs of introductory organic chemistry study.
Absolutely. The set includes Nitrogen atoms in II, III, and IV configurations, allowing accurate modeling of various nitrogen compounds. Nitrogen (III) with three holes is perfect for amines, showing the trigonal pyramidal geometry. Nitrogen (IV) with four holes models ammonium compounds. This variety provides the best accuracy for teaching nitrogen chemistry and makes this set the top rated for representing the diverse bonding of nitrogen.
The Molecular Model Set - Organic Set - Student (Code 58022) is supplied individually, with one complete set per pack. Each set includes all 56 atoms, 70 Connectors, and 1 Link Remover Tool, providing everything a student needs for introductory organic chemistry modeling in a single convenient package.
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