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Natural Sciences Set, Elementary School II

Function

Intended for experimental study, natural science laboratory and carrying out natural science experiments on: Natural sciences. The touch of each one. The identification of some seeds. Water and seed germination. Types of soil. Changes in the physical state of water, melting and evaporation. Water contained in the soil. The decomposition of fruit under the action of mold. A stringed instrument. Use of a magnet to separate materials, recycling. The harmful effects of smoking. The phases of the moon. The operation and use of the compass. Permanent magnets, temporary magnets and the electromagnet. Measuring weights and masses. Force, mechanical, plastic and elastic deformations. Sunrise and sunset in different places in the world. Sundial. Matter and energy. Light, transparent, translucent and opaque media. The shape of objects. The vertical position. The free surface of still water. The energy of moving air. Differentiating between solid, liquid and gaseous bodies. The condensation of water. Heat and the melting of ice. Separating objects with a magnet. Identifying objects by sound. Low-pitched and high-pitched sounds. Producing oxygen. Decantation and filtration. The Magdeburg experiment, atmospheric pressure. Communicating vessels. The thermoscope. The means of heat propagation. Electrification, principles of electrostatics. Vision defects and correction of hyperopia and myopia with lenses. Reference frame, position, movement and trajectory. The free fall movement. The minimum height of launch in a loop. Friction forces and Newton's first law of motion. Simple machines: fixed pulley and movable pulley. Hooke's law. Associations of springs in series and parallel. The conditions of equilibrium. The principle of conservation of mechanical energy. Work and energy. Archimedes' principle. Soil erosion. The general properties and specific properties of matter. The magnetic field of a magnet. Differentiation between force and pressure. The simple pendulum. Pascal's principle. The difference between heat and temperature. Thermal sensation and temperature. Newton's disk. Properties of the propagation of light rays. The effect of light when it hits a polished surface. The refraction of light and its laws. Electrical conductors and insulators. Associations of lamps and resistors. Ohm's law. Measurements in circuits and electrical power. Kirchhoff's laws of loops and nodes. RC circuit. The transformer. The blackout. Main characteristics of waves. The phenomenon of reflection and interference in a wave. Standing wave. Measuring the speed of a pulse. Sound, a longitudinal mechanical wave. Doppler effect. Comparing different scales of volume measurement. Determining the density of a liquid using an aerometer and that of a solid using a pycnometer. Periodic table. The electronic distribution of chemical elements. Kinetic behavior of gases. Influence of temperature on atomic and molecular movement. Separation of mixtures by simple filtration, magnetism and paper chromatography. Chemical bonds. Electrical conductivity. Pure substances and mixtures. Chemical reactions. The hydrogen displacement reaction, simple exchange. Double exchange reaction. Behavior of acids and bases in relation to different indicators. The nature of an acidic oxide. How to obtain a basic oxide? Chemical kinetics. The catalytic factor. Organic chemistry. Construction of three-dimensional organic structures. Alcohol. The biological microscope and its parts. Preparation of a slide. How to classify invertebrates? Are all circulatory systems the same? How to extract and observe DNA from a fruit? How are chromosomes divided? AND rule and OR rule in genetics. Genetic crosses, Punnett square. Color blindness. How does natural selection occur? How is a gene selected in a population? etc.

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Key Experiments

  • » Light is necessary for us to see. - 0001.005A1
  • » The touch of each one, inclusion. - 0001.006
  • » The identification of some seeds. - 0001.040A
  • » Is water necessary for seed germination? - 0001.045
  • » How to identify different types of soils? - 0001.050A
  • » Change of physical state of water, fusion. - 0001.065A
  • » The evaporation of water, the slow change from the liquid state to the vapor state. - 0001.075A
  • » The water contained in the soil. - 0001.210A
  • » The decomposition of fruit under the action of mold. - 0001.245A
  • » The bicordium, a stringed instrument, inclusion. - 0001.265A1
  • » Using magnets to separate materials, recycling. - 0001.276
  • » The harms of cigarettes. - 0001.346B
  • » Force, mechanical deformations, plastic deformation and elastic deformation. - 1032.018
  • » Measuring weights of different masses. - 1032.039A
  • » Sunrise and sunset at the North Pole. - 1032.200
  • » Sunrise and sunset in Fort Yukon - Alaska - USA, Arctic Circle. - 1032.201
  • » Sunrise and sunset in Havana, Cuba. - 1032.202
  • » Sunrise and sunset in Macapá - Amapá, Brazil. - 1032.203
  • » Sunrise and sunset in Ubatuba - Sao Paulo, Brazil. - 1032.204
  • » Sunrise and sunset in Porto Alegre - Rio Grande do Sul, Brazil. - 1032.205
  • » Sunrise and sunset at Amundsen Scott Station - Antarctic Circle. - 1032.206
  • » Sunrise and sunset in your city. - 1032.208
  • » The construction of a sundial. - 1032.209
  • » The phases of the moon. - 1062.030
  • » The operation and use of the compass. - 1082.124
  • » Permanent magnets, temporary magnets and the electromagnet. - 1082.140C
  • » Identifying objects by sound. - 0001.016
  • » The shape of objects. - 0001.017
  • » The vertical position. - 0001.020
  • » The arrangement of objects on flat surfaces. - 0001.025
  • » Differentiating solid bodies from liquid bodies and gaseous bodies. - 0001.030
  • » The energy of moving air. - 0001.035
  • » The free surface of still water is horizontal. - 0001.090
  • » Heat makes ice melt faster. - 0001.080
  • » Condensation of water, change of state from vapor to liquid. - 0001.190
  • » Low pitched sounds and high pitched sounds. - 0001.270
  • » Separating objects using a magnet. - 0001.275
  • » Light, transparent, translucent and opaque media. - 1062.002
  • » Producing oxygen through a chemical reaction. - 0001.125
  • » Decantation and filtration, two steps for water purification. - 0001.200
  • » The Magdeburg Hemisphere Experiment and Atmospheric Pressure. - 1032.093
  • » Inflating a balloon, decreasing the external pressure. - 1032.094C
  • » The free surfaces of a liquid within communicating vessels. - 1042.004
  • » The thermoscope. - 1052.004B
  • » The means of propagation of heat. - 1052.025A
  • » Vision defects, correction of ametropia, hyperopia and myopia, with lenses. - 1062.003E7
  • » Electrification, principles of electrostatics, static electricity. - 1082.032
  • » The minimum launch height to perform the loop. - 1032.110
  • » A simple machine called a fixed pulley - 0001.046A
  • » A simple machine called a movable pulley. - 1032.026J_0
  • » Frictional forces and Newton's first law of motion. - 1032.046
  • » The helical spring and Hooke's law. - 1032.052B_3
  • » Association of helical springs in series. - 1032.053B_3
  • » Association of coil springs in parallel. - 1032.053C_3
  • » The equilibrium conditions of a mobile on an inclined plane. - 1032.043
  • » Work and energy in a system of mass and helical spring, conservation of mechanical energy. - 1032.056B_3
  • » Archimedes' principle. - 1042.032B
  • » The melting of ice, the change from the solid state of water to the liquid state. - 0001.065
  • » Soil erosion caused by increased water volume when it freezes. - 0001.070
  • » The general properties of matter. - 0001.100
  • » The specific properties of matter. - 0001.102
  • » Soil erosion caused by moving water. - 0001.195
  • » The burning of a candle produces light and heat. - 0001.235
  • » Wind chill and temperature. - 0001.300A
  • » Determining the compressibility and elasticity of air. - 0001.330
  • » Inertia, one of the general properties of matter. - 1032.002_1
  • » The simple pendulum. - 1032.015A
  • » The force applied to a spring and the elongation it undergoes. - 1032.052F
  • » The differentiation between force and pressure. - 1032.092A
  • » Pascal's principle, the hydraulic elevator. - 1042.026
  • » The difference between heat and temperature - 1052.004C2
  • » The physical states of water. - 1052.008_A3
  • » The solidification of water, obtaining colored ice. - 1052.008_A4
  • » Boiling and condensation of water. - 1052.012A
  • » Light, the properties of rectilinear propagation and the independence of rays. - 1062.003E1
  • » The effect of light falling on a polished surface. - 1062.003E2_2
  • » Reflection in concave and convex spherical mirrors. - 1062.003E4_2
  • » The refraction of light and its laws, the diopters. - 1062.003E5_2
  • » The composition of colors in a Newton's disk. - 1062.004R
  • » Electrical conductors and electrical insulators. - 1082.036
  • » Series, opposition and parallel connections between batteries. - 1082.040
  • » The lines of force and the magnetic field of the magnet, magnetism. - 1082.120A
  • » Permanent magnets, temporary magnets and the electromagnet. - 1082.140
  • » Lamp associations in series and parallel. - 1082.044A_2
  • » Ohm's law. - 1082.056A_3
  • » Series, parallel and mixed resistor associations. - 1082.076A_3
  • » The mesh laws and Kirchhoff's knot law. - 1082.076C
  • » The potentiometer, a variable resistor. - 1082.084_2
  • » Measurements in mixed circuits, electrical power, direct current. - 1082.092A_6
  • » The series RC circuit, direct current. - 1082.131A
  • » The Oersted experiment and electromagnetism, electromagnetic phenomena and electromagnetic induction. - 1082.128C
  • » Temporary magnet, electromagnet. - 1082.140A2
  • » The electrical voltage transformer. - 1082.176_5
  • » The operation of an electric power generator, blackout. - 1082.177A
  • » Main characteristics of waves in a long helical spring. - 1072.011
  • » Determining the average speed of propagation of a pulse in a long helical spring. - 1072.011_1
  • » The phenomenon of reflection and interference in a transverse wave in a spring, standing wave. - 1072.011_2
  • » Sound, a longitudinal mechanical wave. - 1072.059
  • » Sound, Doppler effect. - 1072.061
  • » Types of energy - manual electric power generator. - 1082.177_A
  • » Comparing different volume measurement scales. - 1032.003_B_1
  • » Volume measurements with different instruments and their measurement uncertainties. - 1032.003_C_2
  • » How to measure with some instruments in the Chemistry laboratory. - 1032.003_B
  • » The condensation of water vapor contained in the air. - 0001.060
  • » The physical states of water. - 1052.008_A3A
  • » Determine the density of a liquid using a pycnometer and digital thermometer. - 1042.036_11
  • » How to determine the density of a liquid using an aerometer? - 1042.036_2
  • » Determine the density of a solid using a pycnometer and digital thermometer. - 1042.036_32
  • » The electronic distribution of chemical elements. - 1232.035
  • » The kinetic behavior of gases. - 1052.035S1
  • » Influence of temperature on the atomic and molecular motion of a gas. - 1052.035S2
  • » How to separate heterogeneous mixtures using simple filtration? - 1212.012_1
  • » How to separate heterogeneous mixtures using magnetic separation? - 1212.012_2
  • » How to separate homogeneous mixtures using paper chromatography? - 1212.014_A_1
  • » How to relate the properties of substances through electrical conductivity? - 1222.012_A_1
  • » How to identify homogeneous and heterogeneous systems? - 1201.010
  • » How does the hydrogen element displacement reaction, simple exchange, occur? - 1232.027_1
  • » How does a double displacement reaction occur? - 1232.027_2
  • » How do acids and bases behave in relation to different indicators? - 1252.024_1
  • » How to identify the character of an acidic oxide? - 1252.022_2
  • » How to obtain a basic oxide? - 1252.022_3
  • » The Catalyst Factor. - 1282.006
  • » Construction of three-dimensional organic structures. - 1302.001
  • » Alcohol, water absorption, color change. - 1302.016A
  • » How to classify invertebrates? - 1505.003
  • » Are all circulatory systems the same? - 1505.004
  • » How to use a biological microscope? - 1505.011
  • » Identifying the parts of a biological microscope - 1505.014
  • » Are we all equal? - 0001.500
  • » How are chromosomes divided? - 0001.510
  • » How to extract and observe DNA from a fruit? - 0003.025A
  • » What is the probability? AND rule and OR rule in genetics. - 1505.110
  • » Genetic crosses, using Punnett square. - 1505.121
  • » Do I have color blindness? - 1505.130
  • » How does natural selection occur? - 1505.140
  • » How is a gene selected in a population? - 1505.160
  • » General procedures for an FQB trial class. - 1201.003
  • » FQB laboratory reports and notebooks. - 1201.003C
  • » How to use the inflating bulb. - 1201.004
  • » How to use the corkscrew. - 1201.002
  • » some solutions used in experimental activities. - 1995.999A
  • » Faraday's law, Lenz's law, Faraday-Lenz-Neumann law, electromagnetic induction, electromagnetic phenomena. - 1082.128A_3
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