STEAM laboratory

Description: In this activity, students build models of simple aliphatic compounds (methane, ethane, propane, 1-chloropropane) using plasticine and toothpicks. Modeling helps visualize the structure of organic compounds, understand the principle of carbon tetravalency, and see the spatial arrangement of atoms in molecules. Section of the Long-Term Plan Subsections of the Standard Curriculum Learning objectives Introduction to organic chemistry Homologous series.IUPAC nomenclature of aliphatic compounds. 10.4.2.3 explain the formation of homologous series and the similarity of properties of their homologues; 10.4.2.4 draw structural formulas of compounds and name them according to IUPAC nomenclature.

Description: In this laboratory work, students will build a 3D model of a DNA molecule using simple, available materials. The model will help to visualize the structure of DNA and the principles of its organization. 

Description: In this experiment, the composition of vegetable oils is studied using a qualitative reaction to detect the presence of unsaturated bonds. This is done by observing the interaction of oils with iodine solution and comparing their behavior with other organic compounds.

Description: In this laboratory work, students investigate the properties of various types of plastics commonly found in everyday life. The experiment includes observing their behavior during heating and burning, determining their density using water and salt solution tests, and checking their solubility in an organic solvent (acetone). The work allows students to see in practice how the structure of a polymer influences its properties and applications. Section of the Long-Term Plan Subsections of the Standard Curriculum Learning objectives Synthetic polymers High-molecular compounds Polymerization reactions 11.4.2.10 distinguish between the concepts of “monomer,” “repeating unit,” “oligomer,” “polymer,” “degree of polymerization.”11.4.2.11 compose equations of polymerization reactions and study the properties of polymers.

Description: In this experiment, students will study some properties of amino acids using glycine as an example. Section of Long-Term Plan Subsections of the Standard Curriculum Learning objectives Amines and amino acids Physical and chemical properties of amino acids. 11.5.1.4 know trivial and systematic names of amino acids 11.5.1.5 describe the composition and structure of amino acid molecules 11.5.1.6 explain the biological role of essential and non-essential amino acids 11.5.1.7 explain the ability of amino acids to form zwitterions

Description: During this work, students observe the combustion of ethanol, perform qualitative tests for monoatomic alcohols and for polyatomic alcohols. These experiments help explore the physical and chemical properties of alcohols with different structures. Ұзақмерзімді жоспар бөлімі Үлгілік оқу бағдарламасының (МЖМБС) бөлімшелері Оқу мақсаттары Alcohols: monoatomic and polyatomic. Classification and chemical properties. 10.4.2.19 – classify alcohols by the position of the functional group and the number of hydroxyl groups;10.4.2.20 – carry out qualitative reactions for monoatomic and polyatomic alcohols.

Description: In this lab activity, students investigate the chemical properties of ammonia through its interaction with copper and iron salts, as well as with a pH indicator. The experiment demonstrates the basic nature of ammonia, its volatility, and its effect on the acidity of the environment.

Description: In this lab activity, students observe how the formation and dissolution of iron(III) hydroxide precipitate depends on the acidity (pH) of the medium. By adding baking soda and acetic acid, students model the shift in chemical equilibrium in accordance with Le Chatelier’s principle. Long-term Plan Section Standard Curriculum Subsections Learning Objectives: Chemical equilibrium Influence of various factors on equilibriumLe Chatelier-Braun Principle 10.3.3.1 – Predict the effect of changes in temperature, concentration, and pressure on chemical equilibrium 10.3.3.2 – Experimentally investigate the influence of various factors on equilibrium shifts