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FQBM Multidisciplinary Master Set

Code: EQ304C

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EQ304C.jpg
1032.003_B_1
1400.102_1
1400.000_1
1400.000A_1
1082.176_4_1
1082.140A1_1
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1082.064A_1_1
1082.056A_1_1
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1282.002_1
1505.121T_1
1302.001_1
1232.035T_1
1082.039_1
1052.004C2_1_1
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1082.048_1
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1032.048_1
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0001.180_1
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1072.008B_003
1032.056B_003
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Function

Intended for study, multidisciplinary laboratory, multidisciplinary experiments on uniform rectilinear motion (MRU), uniformly accelerated rectilinear motion (MRUV), simple harmonic motion (MSH), free fall, work, energy, conservation of energy, friction, equilibrium, Hooke's law, Archimedes' principle, heat, temperature, light, mirror, reflection, refraction, prism, resistor combinations, Ohm's law, non-ohmic resistor, mixed circuits, electrical power, AC, RC and DC circuits, Kirchhoff's laws, magnetic field, electromagnet, transformers, electromagnetism, uncertainties, properties of materials, density, physical states of water, mixtures, properties of substances, acids and bases, chemical kinetics, electrochemistry, Daniell cell, atomic structure, organic functions, soils, water, mold, fungi, bacteria, seeds, flower, cells, enzymes, vision, lenses, area, external and internal volume, cube, prism, polygon, perimeter, trigonometry, degree, radian, quadrants, sine, cosine, tangent, circle trigonometric, linear function, slope, quadratic function, etc.


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Main experiments (visual example)

  • Reference frame, position, movement and trajectory. 1032.001
  • What are the characteristics of uniform rectilinear motion (MRU)? 1032.005B1
  • The meeting of two objects in uniform rectilinear motion (MRU) with opposite directions. 1032.005C1
  • Uniformly Accelerated Rectilinear Motion (MRUV) and its characteristics. 1032.006_D
  • The free-fall motion with a test body of 10 equal intervals. 1032.010K1
  • The principle of conservation of mechanical energy in a falling cylinder. 1032.010K3_1
  • Frictional forces and Newton's first law of motion. 1032.046
  • The equilibrium conditions of a body on an inclined plane. 1032.043
  • Determining the coefficients of static, kinetic, and sliding friction on an inclined plane. 1032.048
  • Work and energy in a mass-helical spring system. 1032.056B
  • The helical spring and Hooke's law. 1032.052B
  • Buoyancy, a vertical force, directed upwards. 1042.028B
  • Simple harmonic motion (SHM) in a mass-spring oscillating system. 1072.008B
  • Dynamic determination of the K of a helical spring, mass-spring oscillator. 1032.012B
  • Heat and temperature. 1052.004C2_1
  • Heat and temperature. 1052.004C2_2T
  • Light, the properties of rectilinear propagation and the independence of rays. 1062.003E1
  • The effect of light hitting 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
  • Spherical lenses and their main characteristics. 1062.003E6
  • Refraction in a 90-degree optical prism. 1062.003E8
  • The image formed in a plane mirror and its characteristics. 1062.004D
  • The number of images formed between two plane mirrors at an angle to each other. 1062.004E
  • The color code used to characterize a resistor and its electrical resistance. 1082.048
  • Series and parallel lamp connections. 1082.044A_1
  • Ohm's Law. 1082.056A_1
  • Identifying a non-ohmic resistor. 1082.064A_1
  • Resistor combinations in series, parallel, and mixed configurations. 1082.076A_1
  • The potentiometer, a variable resistor. 1082.084_1
  • The resistance offered by a diode. 1082.088A_1
  • Measurements in mixed circuits and electrical power. 1082.092A_1
  • Measurement of the difference in electrical voltages between two points in an AC circuit. 1082.129
  • Measurements of electric current intensity between two points in an AC circuit. 1082.130
  • The series RC circuit, in direct current. 1082.131
  • Kirchhoff's loop law and Kirchhoff's knot law. 1082.076B
  • The measurement of the potential difference (voltage) between two points in a DC circuit. 1082.053_B1
  • The measurement of electric current intensity in DC circuits. 1082.053_B2
  • The lines of force and the magnetic field of a magnet, magnetism. 1082.120A
  • The transformer, step-down and step-up converter. 1082.176_4
  • Permanent magnets, temporary magnets, and electromagnets. 1082.140A1
  • Electromagnetic phenomena and electromagnetic induction. 1082.128B
  • How to measure using some instruments in a chemistry lab. 1032.003_B
  • Comparing different volume measurement scales. 1032.003_B_1
  • Determine the density of a liquid using a pycnometer and a digital thermometer. 1042.036_11
  • Determine the density of a solid using a pycnometer and a digital thermometer. 1042.036_31
  • The physical states of water. 1052.008_A3A
  • How to separate heterogeneous mixtures using simple filtration? 1212.012_1
  • How can we relate the properties of substances through electrical conductivity? 1222.012_A_1
  • The electronic configuration of chemical elements, using the table. 1232.035Q
  • The electronic configuration of chemical elements, using the table. 1232.035T
  • How do acids and bases behave in relation to different indicators? 1252.024_1
  • The concentration factor. 1282.002
  • Electrochemistry, the Daniell cell. 1082.039
  • Construction of three-dimensional organic structures. 1302.001
  • Identifying the presence of oxygen by the color change in organic compounds. 1302.006A
  • Alcohol, water absorption, color change. 1302.016A
  • How to identify humus-rich, sandy, and clayey soils? 0001.050
  • What does your water hide? 0001.362A
  • Mold decomposes organic matter. 0001.250
  • How do yeast-like fungi develop in salt and sugar? 0001.256
  • The macroscopic fungus. 0001.260A
  • Identifying some seeds. 0001.040
  • What are the structures of a flower like? 0001.180
  • How does catalase work inside plant cells? 0003.015
  • Is it possible to observe the action of enzymes? 0003.017
  • How to test the pH of different substances? 0003.019
  • Vision defects, correction of ametropia, hyperopia and myopia, with lenses. 1062.003E7
  • Genetic crosses, using Punnett square. 1505.121
  • Genetic crosses, using a Punnett square. 1505.121T
  • What are the characteristics of the graph of a linear function? Positive slope. 1400.000
  • What are the characteristics of the graph of a linear function? Negative slope. 1400.000A
  • What are the characteristics of a quadratic function? 1400.102
  • Degrees, radians, quadrants and their conversions, with panel. 1072.006_A
  • The sine function in the trigonometric circle, sinusoidal function, with panel. 1072.006_B
  • The cosine in the trigonometric circle, with panel. 1072.006_C
  • The tangent in the trigonometric circle, with panel. 1072.006_D
  • The fundamental trigonometric relationship in the trigonometric circle, with panel. 1072.006_E
  • How to handle a scalpel. 1998.302
  • Dynamic determination of the elastic constant of a helical spring, sensor. 1032.012_3JM
  • Volume measurements using different instruments and their measurement uncertainties. 1032.003_C_2A
  • 0001.100B
  • Color change titrimetry. 1272.002A1

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