EQ100EJM

Main Experiments

• Range, uncertainty and velocity in a horizontal launch. — 1032.064_1A
• The range of a horizontal projectile launch from its launch velocity. — 1032.064_2A_4
• Determination of impact velocity from measurement of horizontal launch velocity. — 1032.068_2A_4
• Getting to know the fixed pulley, a simple machine. — 1032.026A_2
• Getting to know the mobile pulley, a simple machine. — 1032.027A_2
• The exponential hoist, a simple machine. — 1032.030A_2
• The parallel notebook, a simple machine. — 1032.031_2
• The characteristic curve of elongation of a coil spring and a rubber belt, elastic hysteresis — 1032.022A_2
• Hooke's law on a helical spring. — 1032.052A_2
• The association of coil springs in series. — 1032.053_2
• The association of coil springs in parallel. — 1032.053A_2
• The conditions of stable, unstable and indifferent static equilibrium for a supported spherical rigid body. — 1032.051_1
• The equilibrium conditions for a suspended rigid body. — 1032.050_1
• Mechanical work, potential energy and kinetic energy in a mass and helical spring system. — 1032.056A_2
• The amount of horizontal movement of a sphere in a horizontal throw. — 1032.076_2C4
• Conservation of momentum, kinetic energy and coefficient of restitution in an elastic collision. — 1032.076_2C6
• The hydrostatic buoyant force, a quantity with direction, sense and module. — 1042.028A_2
• Archimedes' principle, buoyancy and its relation to the volume and density of the displaced liquid. — 1042.032A_2
• Laws of the simple pendulum. — 1032.013_2C4
• Observing the oscillating motion, MHS, in a mass and helical spring system. — 1072.008A_2
• Dynamic determination of the spring constant in an oscillating system of mass and helical spring, MHS. — 1032.012A_2
• The Magdeburg Hemisphere Experiment and Atmospheric Pressure. — 1032.093
• Inflating a balloon, decreasing the external pressure. — 1032.094C
• Significant figures and uncertainties. — 1032.003_0
• The relativity of motion according to the reference frame. — 1032.002
• The MCU, uniform circumferential motion. — 1032.060_1JM
• The combined movement of an MRU with an MCU. — 1032.060A0
• Reference, position, movement and trajectory. — 1032.001
• What are the features of MRU? — 1032.005B1JM
• The meeting of two pieces of furniture in MRU with opposite directions. — 1032.005C1JM
• The MRUV and its characteristics, displacement in one dimension. — 1032.006_DJM
• Free fall motion with a test specimen of 10 equal intervals. — 1032.010K1JM
• Free fall motion with test specimens from 10 different intervals. — 1032.010K4JM
• The simple machine called a fixed pulley — 1032.026_1P
• The simple machine called a movable pulley and its mechanical advantage. — 1032.026_2P
• Determining the mechanical advantages of fixed pulley. — 1032.026AFP
• A freight elevator system using fixed pulleys. — 1032.040EP
• The spring constant of a helical spring, Hooke's law, the restoring force. — 1032.052AFP
• The spring constant of a series association of springs, Hooke's law, the restoring force. — 1032.052AF_1P
• The spring constant of a parallel association of springs, Hooke's law, the restoring force. — 1032.052AF_2P
• Determination of the coefficients of static, kinetic and sliding friction on an inclined plane. — 1032.048
• Frictional forces and Newton's first law of motion. — 1032.046
• — 1032.086
• Kepler's laws of planetary motion. — 1072.003
• Work and mechanical energy in a mass and helical spring system. — 1032.056AFP
• Determining the translational kinetic energy and potential energy of a sphere rolling down a ramp. — 1032.072A4JM
• Conservation of mechanical energy, moment of inertia. — 1032.072A1JM
• The principle of conservation of mechanical energy in a falling cylinder. — 1032.010K3JM
• The principle of conservation of mechanical energy in a falling sphere. — 1032.010K5JM
• Mass, weight and determination of the local g value. — 1032.039_1P
• The composition of concurrent coplanar forces, 90° apart. — 1032.040F1P
• The composition and decomposition of concurrent coplanar forces with 60 — 1032.040F2P
• The composition and decomposition of concurrent coplanar forces at 120° to each other. — 1032.040FP
• The composition and decomposition of concurrent coplanar forces. — 1032.040F_0P
• The equilibrium conditions of a rigid body, Varignon's theorem. — 1032.035FP
• Checking the equilibrium conditions of a rigid body, Varignon's theorem. — 1032.035FAP
• Equilibrium of a rigid body, the interfixed lever, Varignon's theorem. — 1032.035AFP
• Equilibrium of a rigid body, the inter-resistant lever, Varignon's theorem. — 1032.035BFP
• Equilibrium of a rigid body applied, the interpotent lever, Varignon's theorem. — 1032.035CFP
• The equilibrium conditions of a mobile on an inclined plane. — 1032.043
• The driving force, the resisting force and the mechanical advantage of the inclined plane, simple machine. — 1032.034
• Isothermal transformation, Boyle-Mariotte law. — 1052.032Q2
• the simple pendulum and the laws of the simple pendulum. — 1032.013P
• The mass-spring oscillator and the dynamic determination of the elasticity constant. — 1032.012AFP
• The MHS from an MCU. — 1072.004B
• 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
• Formation and propagation of two-dimensional waves on a liquid surface. — 1072.012H
• Determination of the propagation velocity of two-dimensional waves on a liquid surface. — 1072.013H
• The reflection of a two-dimensional wave from a liquid surface. — 1072.016H
• The refraction of two-dimensional waves at a liquid surface. — 1072.020H
• Diffraction of two-dimensional waves on a liquid surface. — 1072.024H
• The interference of two-dimensional waves on a liquid surface. — 1072.029H
• The Doppler effect in two-dimensional waves on a liquid surface. — 1072.030J
• The standing wave on a string. — 1072.032E_1A2
• Comparing standing waves on an elastic string at different tensions. — 1072.032E_2A2
• The standing wave on a composite string. — 1072.032E_3A2
• The influence of tension applied to a vibrating string on the frequency of the wave. — 1072.032E_4A2
• Heat, temperature, and the body's ability to store energy. — 1052.003K1T
• Thermal equilibrium. — 1052.003K2T
• The water equivalent and heat capacity of a calorimeter. — 1052.003K7
• The specific heat, mass heat capacity, of an aluminum solid. — 1052.003K8
• Determining the latent heat of fusion of ice. — 1052.003K9
• The thermoscope. — 1052.004B
• Heat and temperature. — 1052.004C2_1
• Heat and temperature. — 1052.004C2_2T
• The physical states of water. — 1052.008_A3A
• Boiling and condensation of water. — 1052.012AT
• Burning a candle produces light and heat. — 0001.235C
• Conduction, a means of propagation of heat, means of transmission, transfer of heat. — 1052.024A
• Convection, a means of heat propagation, means of heat transmission, heat transfer. — 1052.024C1
• Radiation, a means of propagating heat. — 1052.024C2
• The influence of color on thermal insulation. — 1052.024C3
• Some energy transformations, electrical, light, thermal and mechanical. — 1052.024C4
• The variation of volume and the variation of area of metallic bodies as a function of temperature. — 1052.019A
• The variation in the length of copper as a function of its initial length and the variation in temperature. — 1052.020AA1
• The variation in the length of brass as a function of its initial length and the variation in temperature. — 1052.020AA2
• The variation in the length of steel as a function of its initial length and the variation in temperature. — 1052.020AA3
• Determining the coefficient of linear expansion of copper. — 1052.020BA1
• Determining the coefficient of linear expansion of brass. — 1052.020BA2
• Determining the coefficient of linear expansion of steel. — 1052.020BA3
• The variation in the length of copper as a function of temperature, maintaining the initial length. — 1052.021F1A1
• The variation in the length of brass as a function of temperature, maintaining the initial length. — 1052.021F1A2
• The variation in the length of steel as a function of temperature, maintaining the initial length. — 1052.021F1A3
• Sound, a longitudinal mechanical wave. — 1072.059
• Sound, phenomena of interference, resonance and beat. — 1072.060
• Sound, Doppler effect. — 1072.061
• Light, the properties of rectilinear propagation and the independence of rays. — 1062.003E1B
• Reflection of light in a plane mirror and the laws of reflection. — 1062.003E2B
• An application of multiple reflections between plane mirrors. — 1062.003E3B
• Reflection in concave and convex spherical mirrors. — 1062.003E4B
• The refraction of light and its laws, the diopters. — 1062.003E5B
• Vision defects, correction of ametropia, hyperopia and myopia, with lenses. — 1062.003E7B
• Discharge into air under atmospheric pressure. — 1082.012_1
• Configurations of the lines of force between electrodes, the lightning rod, the Faraday cage and the coaxial cable. — 1082.020A_1
• The electric potential and the amount of charge accumulated in the generator. — 1082.027_1
• Spark extension in the Van de Graaff generator and dielectric strength. — 1082.027A_1
• The principle of operation of the foil electroscope and the distribution of charges in a conductor. — 1082.004_1
• Turning on a fluorescent lamp without contact with the generator. — 1082.026_1
• Lighting a neon lamp without contact with the generator. — 1082.026A_1
• Making an electric fountain. — 1082.026B_1
• Repelling paper strips with generator. — 1082.026C_1
• Simulating a lightning rod with the generator. — 1082.026D_1
• Hair-raising with the electrostatic generator. — 1082.026E_1
• The turnstile, effect of electric wind, with the generator. — 1082.026F_1
• Equipotential surfaces, lines of force and electric field vector between point electrodes. — 1082.029C
• Equipotential surfaces, lines of force and electric field vector, between flat and parallel electrodes. — 1082.030C
• The Faraday cage and electrostatic shielding. — 1082.031C
• Lamp associations in series and parallel. — 1082.044A
• The function of a fuse, the Joule effect. — 1082.044B
• The color code in the characterization of a resistor and its electrical resistance. — 1082.048
• The measurement of the potential difference between two points in a DC circuit. — 1082.053
• The measurement of electric current intensity in DC circuits. — 1082.054
• Ohm's law. — 1082.056A
• The identification of a non-ohmic resistor. — 1082.064A
• The association of capacitors in parallel. — 1082.065
• Series capacitors. — 1082.066
• Associations of electrical resistances, resistors. — 1082.076A
• Kirchhoff's laws of meshes and knots. — 1082.076A_2
• The electrical resistance offered by a diode and its polarization. — 1082.088A
• Measurements in mixed circuits and electrical power. — 1082.092A
• Electric current produces magnetic effects. — 1082.128
• Faraday's and Lenz's law of induction, electromagnetic phenomena. — 1082.128_1
• How the telegraph works. — 1082.144
• The operation of the electric bell. — 1082.148
• Oersted's experiment and electromagnetism, folding table, inverter switch. — 1082.160
• Biot-Savart law, electromagnetic phenomena. — 1082.164
• Magnetic induction around parallel circular coils carrying an electric current. — 1082.168
• Magnetic induction inside a solenoid carrying an electric current. — 1082.172
• Temporary magnet, electromagnet, ferromagnetic material. — 1082.176
• The electromagnet, a temporary magnet and magnetic permeability. — 1082.176_1
• The electrical voltage transformer. — 1082.176_3
• The action of the electromagnetic force on a conductor carrying an electric current, immersed in a magnetic field. — 1082.136
• The electromagnetic force acting on a moving conductor carrying electric current immersed in a magnetic field. — 1082.136_A
• A direct current electric motor. — 1082.152