condensed science

An Interactive web presentation with flashcards. How to use the file:Extract the ZIP file Open presentation_HTML5 Your presentation will open in your web browser. Click ‘Continue’ to advance to the next slide, ‘Prev’ to return to the previous one. You can pause and resume the presentation and control its speed. Flashcards on the key assumptions of the structural theory of organic compounds are at the top of the menu and in the presentation slides. Designed for high school and introductory colleg

How to use the file:Extract the ZIP file Open presentation_HTML5 Your presentation will open in your web browser. Click ‘Next’ to advance to the next slide, ‘Prev’ to return to the previous one. You can also pause and resume the presentation. The presentation is intended for less advanced students. Designed for high school, or introductory college-level biology and chemistry courses. Ready to use and visually calm, as it contains no animations.This resource combines clear explanations, visuals,

How to use the file:Simply extract the ZIP file Open presentation_HTML5 Your presentation will open in your web browser. Click ‘Next’ to advance to the next slide, ‘Prev’ to return to the previous one. You can also pause and resume the presentation. This resource is a clear, visually organized interactive presentation that introduces students to polysaccharides, their structures, functions, and biological importance. Designed for grades 9–12, it explains complex concepts in a way that is scien

A short presentation about monosaccharides. This presentation is intended for learners at the basic level rather than the advanced level. How to use the file:Simply extract the ZIP file Open presentation_HTML5 Your presentation will open in your web browser. Click ‘Next’ to advance to the next slide, ‘Prev’ to return to the previous one. You can also pause and resume the presentation. What's inside:Basic information about sucrose — its functions, properties, chemical formula, and its reactions (

A short presentation about monosaccharides. This presentation is intended for learners at the basic level rather than the advanced level. How to use the file:Simply extract the ZIP file Open presentation_HTML5 Your presentation will open in your web browser. Click ‘Next’ to advance to the next slide, ‘Prev’ to return to the previous one. You can also pause and resume the presentation. What's inside: Introduction: What Is a MonosaccharidePhysical Properties of MonosaccharidesAldoses vs KetosesMon

Benzene Explained: Structure, Properties, and Selected Examples of Reactions and Everyday Uses This presentation is intended for learners at the basic level rather than the advanced level. How to use the file:Simply extract the ZIP file Open presentation_HTML5 Your presentation will open in your web browser. Click ‘Next’ to advance to the next slide, ‘Prev’ to return to the previous one. You can also pause and resume the presentation. What's inside:Introduction to Aromatic CompoundsStructure of

A short presentation about alkanes. How to use the file:Simply extract the ZIP file Open presentation_HTML5 Your presentation will open in your web browser. Click ‘Next’ to advance to the next slide, ‘Prev’ to return to the previous one. To view additional content, click on the flask. Table of ContentsIntroductionOverview of alkanes, Notation used in reaction schemes, Halogens in organic chemistryPreparation of Alkanes 2.1. Hydrogenation of Alkenes and Alkynes 2.2. Wurtz Reaction 2.3. Kolbe Elec

How to use the file: Simply extract the ZIP file Open presentation_HTML5 Your presentation will open in your web browser. It has a built-in, simple navigation panel (pause, play, previous, next slide) What's inside: Uses of Fats Everyday Uses of Fats Fats in Cooking Smoke Points of Oils – Examples Oil Refining Process DegummingNeutralizationRemoval of Impurities Industrial Uses of Fats: Saponification Types of Soaps Biofuels from Fats Transesterification Process Plastic Production f

This beginner‑friendly interactive lesson introduces students to the basic properties of nonmetals using clear language, simple explanations, and many built‑in repetitions to support lower‑level learners. The presentation covers physical and chemical properties, electronegativity, bonding, allotropes, and examples of common nonmetals — all explained step‑by‑step to build confidence and understanding. Perfect for introductory chemistry classes, ELL students, and anyone who needs a slower pace

How to Use the FileExtract the ZIP file.Open the file named “story.”The file will open in your web browser.What's inside: Uses of fats Fats in cooking and smoke point Oil refining process Saponification, Production of soaps, types of soapsBiofuels and their general production (transesterification process and reaction) Fats in plastic production (basic information and 2 examples)

A short presentation about hydrocarbons Table of ContentsIntroduction – What hydrocarbons are – Importance of IUPAC nomenclatureNomenclature of Alkanes (Saturated Hydrocarbons) – Definition of alkanes – Carbon bonding reminder – Names and formulas of the first ten alkanesNomenclature of Unsaturated Hydrocarbons – Alkenes and the “‑ene” suffix – Alkynes and the “‑yne” suffix – Numbering rules for multiple bondsAlkyl Groups – Formation of alkyl groups – Names and formulas of common alkyl s

What's inside: Uses of Fats Everyday Uses of Fats Fats in Cooking Smoke Points of Oils – Examples Oil Refining Process DegummingNeutralizationRemoval of Impurities Industrial Uses of Fats: Saponification Types of Soaps Biofuels from Fats Transesterification Process Plastic Production from Fats

How to Use the FileExtract the ZIP file.Open the file named “story.”The file will open in your web browser.The quiz answers will appear after you click on the slide.A presentation that opens in web browser.You can pause or rewind using the presentation navigation panel.Table of Contents 1. Introduction to FatsDefinition of fats as esters of glycerol and higher fatty acidsGeneral formula and alkyl groups in natural fats2. General Structure of FatsGlycerol (propanetriol) and its structural formula

How to Use the File Extract the ZIP file. Open the file named “story.” The file will open in your web browser. The quiz answers will appear after you click on the slide.What's inside: General Structure of Organic CompoundsOrganic vs. inorganic substancesKey structural features of organic moleculesImportance of structure in determining propertiesCarbon as the Basis of Organic MoleculesFunctional GroupsWhy they determine chemical behaviorExamples of common functional groupsFormulas of Organic C

After this interactive course your students should hopefully be able to: Explain the difference between a pure substance and a mixture Be able to tell the difference between a pure substance and a mixture based on melting point data. Explain the difference between a homogenous and a heterogenous mixture Describe appropriate experimental techniques to separate homogenous and heterogenous mixtures Describe in detail paper chromatography, explain the terms: mobile phase, stationary phase, a chroma

•Transition metals and that their typical properties •Electron configuration •Colorful compounds of transition metals •Alloys •Uses of transition metals and their alloys including magnalium and brass •Catalytic activity of the transition metals •Corrosion •Rust prevention How to use it? 1) Extract a zip file 2) Open a file: story or story_HTML5 in your web browser

•What is a polymer •Syntetic polymers: thermoplastics vs thermosets •Polymerisation reactions •Properties and uses of polymers (PE, PP, PVC, PTFE) •Polyesters as an example of condensation polymers •Problems with polymers •Recycling •Natural polymers How to use it? 1) Extract a zip file 2) Open a file: story or story_HTML5 in your web browser

•Qualitative analysis: an introduction •Separation of cations’ groups •Analysis of the most common anions •Analysis of 4 groups of anions •Carbonates and Bicarbonates analysis •Analysis of gases •Instrumental methods of analysis: flame emission spectrometry •Gas chromatography, how to read a chromatogram How to use it? 1) Extract a zip file 2) Open a file: story or story_HTML5 in your web browser

Reactivity of Metals: An Introduction• Relative reactivity of some metals • The reactivity series of metals • Reactions of various metals with water and acids • Using the reactivity series to predict the course and products of displacement reactions • Using the reactivity series to predict the reactions of less reactive metals • Metal displacement reactions as redox reactions • Explanation of oxidation How to use it? 1) Extract a zip file 2) Open a file: story or story_HTML5 in your web br

Alcohols and carboxylic acids - an interactive presentation: •Functional group in alcohols • Naming rules for alcohols • Properties of alcohols • Reactions of methanol,​​ethanol,​​propanol​​ and ​​butanol • Uses and production of ethanol • The functional group in carboxylic acids • Physical properties of carboxylic acids • Naming rules for carboxylic acids • Oxidation of alcohols How to use it? 1) Extract a zip file 2) Open a file: story or story_HTML5 in your web browser