Laboratory work №3: Emulsification of fats by bile acid
Information about the work In this work, students will study the effect of bile on the breakdown of fats during digestion.
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Information about the work In this work, students will study the effect of bile on the breakdown of fats during digestion.
Laboratory work №3: Emulsification of fats by bile acid Read More »
In this work, students will learn to determine the presence of carbs,fats and proteins in the composition of food.
Laboratory work №3: Study of the presence of proteins, fats, carbohydrates in food Read More »
In this laboratory work you will learn about how antagonist and synergist muscles work Long-term plan section Subsections of the standard curriculum Learning objectives Movement. Biophysics Structure and functions of muscle tissue (smooth, striated skeletal, striated cardiac). Laboratory work Study of the structure of muscle tissues”. Classification of the muscles of the human body. 8.1.6.5 describe the types of muscle tissue and their functions; 8.1.6.6 study human muscle groups and the structure of muscle fiber
Laboratory work #8: Muscles Read More »
In this laboratory work you will learn about the difference in skin sensitivity in different parts of the body Long-term plan section Subsections of the standard curriculum Learning objectives Coordination and regulation of Receptors located in the human body (thermoreceptors, mechanoreceptors, nociceptors). Laboratory work Study of skin sensitivity”. 8.1.7.7 examine skin sensitivity
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In this laboratory work you will learn about differences between monocots and dicots Long-term plan section Subsections of the standard curriculum Learning objectives Diversity of living organisms Laboratory work Study of signs of classes of monocotyledonous and dicotyledonous plants 8.1.1.3 recognize classes of monocotyledonous and dicotyledonous plants by distinctive features
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In this laboratory work you will learn about characteristics of plants Long-term plan section Subsections of the standard curriculum Learning objectives Diversity of living organisms Laboratory work – Determination of distinctive features of plant divisions: algae, mossy, fern-like, gymnosperms and angiosperms 8.1.1.1 describe the distinctive features of plants on the example of algae, mossy, fern-like, gymnosperms and angiosperms.
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In this laboratory work, you will learn about how cations affect flame staining Long-term plan section Subsections of the standard curriculum Learning objectives Qualitative analysis of inorganic compounds Qualitative reactions to cations. Laboratory experiment No. 3 “Determination of Li+, Na+, K+, Ca2+, Sr2+, Ba2+, Cu2+ cations by flame staining” 9.4.1.8 Describe and conduct flame staining experiments to determine cations
Laboratory work №3: Flame staining with cations. Read More »
In this laboratory work, you will learn about the most important abiotic factors of the environment Long-term plan section Subsections of the standard training program Study goals Ecosystems Environmental factors of the environment: abiotic (temperature, light, ph, humidity), biotic (microorganisms, animals, plants). Laboratory work study of the local ecosystem (on the example of a school site)”. 7.3.1.1 study of the influence of environmental factors of the local ecosystem on the vital activity and distribution of living organisms
Laboratory work #1: Exploring nature factors Read More »
In this laboratory activity, the students are introduced to uniform acceleration. They will make a chute out of improvised materials and be able to calculate the value of acceleration in an equi-accelerated motion. Long-term plan section Subsections of the standard curriculum (SES) Learning objectives Basicskinematics Laboratory work № 1“Definition acceleration of the body with equidistant motion” 9.2.1.7 experimentally determine the acceleration of a body with equidistant motion; 9.1.3.2 analyze the factors affecting the result of the experiment and propose methods to improve the experiment; 9.2.1.8 build and explain graphs of the dependence of displacement and velocity on time with equidistant motion
In this laboratory activity, students can determine the focal length of a thin lens. Using the formulas they can calculate the optical power of the lens. Long-term plan section Subsections of the standard curriculum (SES) Learning objectives Light phenomena Laboratory work №11 “Determination of the focal length of a thin lens” 8.5.1.14 determine the focal length and optical power of the lens; 8.1.3.3 know and observe safety precautions in the physics room
Laboratory work № 11 “Determining the focal length and optical power of a thin lens” Read More »