Case inserts: what’s inside
Basic educational kit: Mechanics
Basic mechanics practical kit in two cases for middle school and high school: 32 experiments with electronic scales and a stopwatch.
The basic mechanics practical kit in two cases is designed for middle school and high school and contains equipment for 32 laboratory activities - from measuring physical quantities, density and forces to simple mechanisms, Archimedes' law, friction, elasticity, vibrations, Newton's laws and conservation of energy. Electronic scales and an electronic stopwatch allow you to move from qualitative experiments to precise quantitative measurements. The set meets the requirements for equipment for physics classrooms in general secondary education institutions according to the current curriculum.
- 1.PH3.011-01:
- 2.T-shaped support, 139 mm, legs with rubber rings - 1 pc.
- 3.Holder for dynamometer Ø20 mm, plug Ø4 mm - 1 pc.
- 4.Demonstration lever with a 20 cm scale on both sides - 1 pc.
- 5.Measuring tape 2 m - 1 pc.
- 6.Universal holder for tubes Ø8 mm - 1 pc.
- 7.Cylindrical weight 50 g - 3 pcs.
- 8.Tribometer block 70×50×32 mm, rubberized - 1 pc.
- 9.Friction block positioning pin Ø3×88 mm - 1 pc.
- 10.Support rod Ø10×100 mm - 1 pc.
- 11.Rod for fastening the pendulum Ø6×196 mm - 1 pc.
- 12.Clamp for adjusting the track angle - 2 pcs.
- 13.Cylindrical weight 10 g - 4 pcs.
- 14.Mass hanger with hook 10 g - 2 pcs.
- 15.Inclined bench, width 9.1 cm, scale 40 cm - 1 pc.
- 16.Support rod with a shaped hole at the end Ø10×313 mm, external thread M6 - 1 pc.
- 17.Rod with internal thread Ø10×300 mm - 2 pcs.
- 18.Rod with external thread Ø10×313 mm - 2 pcs.
- 19.Smooth support rod Ø10×250 mm - 2 pcs.
- 20.Low-friction trolley on 4 wheels with bearings - 1 pc.
- 21.Set of weights with hooks 50 g (10 pcs.) - 1 set
- 22.Thread on a reel ~10 m - 1 pc.
- 23.Scissors - 1 pc.
- 24.The laboratory stand base is detachable, holes Ø10 mm - 1 pc.
- 25.Cylindrical dynamometers 1 N / 2.5 N / 5 N - 1 set
- 26.Set of balls for the pendulum (3 steel, 2 non-metallic, thread) - 1 set
- 27.bosshead clamp with M6 clamping screws - 3 pcs.
- 28.End support of an inclined bench type 1 - 1 pc.
- 29.End support of an inclined bench type 2, pulley Ø50 mm - 1 pc.
- 30.PH3.011-02:
- 31.Double pulley Ø65/40 mm, two hooks - 2 pcs.
- 32.Large gear z=40, Ø84 mm - 1 pc.
- 33.Pulley Ø65 mm with hook - 2 pcs.
- 34.Pulley Ø70 mm with holes for the handle - 1 pc.
- 35.Small gear z=20, Ø44 mm - 1 pc.
- 36.Small pulley Ø35 mm with holes for the handle - 1 pc.
- 37.Vernier caliper 150 mm - 1 pc.
- 38.Small pulley Ø40 mm with hook - 2 pcs.
- 39.Steel ruler 20 cm - 1 pc.
- 40.Plastic rod Ø10×110 mm, M5 thread - 2 pcs.
- 41.Communicating vessels (4 vessels connected by a tube) - 1 pc.
- 42.Handle Ø10 mm - 2 pcs.
- 43.Axle Ø10×52 mm - 2 pcs.
- 44.Thumb screw M5×40 mm - 1 pc.
- 45.Glass measuring cylinder 50 ml - 1 pc.
- 46.Set for studying Archimedes' law - 1 set
- 47.Graduated glass beaker 250 ml - 1 pc.
- 48.Graduated plastic beaker 300 ml - 1 pc.
- 49.Rags - 1 pc.
- 50.Base for communicating vessels - 1 pc.
- 51.Electronic scales 300 g, accuracy 0.01 g - 1 pc.
- 52.Protractor 180° - 1 pc.
- 53.Electronic stopwatch - 1 pc.
- 54.Set of springs of different stiffness (5 pcs.) - 1 set
- 55.Set of bodies of equal volume 20×20×20 mm (steel, brass, aluminum) - 1 set
- 56.Set of bodies of equal mass 15×15 mm (steel, copper, aluminum) - 1 set
- 57.Bottle 50 ml - 1 pc.
- 58.Set of polygonal plates for determining the center of mass (7 plates, plumb line, base) - 1 set
- 1. Measuring the dimensions of small objects
- 2. Determination of body surface area
- 3. Liquid volume measurement
- 4. Measuring mass with electronic scales
- 5. Determination of aluminum density
- 6. Determination of liquid density
- 7. Measuring forces with a dynamometer
- 8. Determination of the density of a substance with a dynamometer
- 9. Equilibrium of bodies with a fixed axis of rotation
- 10. Studying the action of the lever
- 11. Study of the action of the movable pulley
- 12. Study of the action of a fixed pulley
- 13. Study of the action of an inclined plane
- 14. Study of the “Golden Rule of Mechanics”
- 15. Addition of forces directed along one straight line
- 16. Addition of forces directed at an angle
- 17. Study of the effect of liquid on a submerged body
- 18.Measurement of Archimedean force
- 19. Determining the conditions under which an object floats in a liquid
- 20. Study of friction force
- 21. Measuring the coefficient of sliding friction
- 22. Study of elastic force
- 23. Measuring spring stiffness
- 24. Study of the dependence of gravitational force on body mass
- 25. Study of oscillations of a simple pendulum
- 26. Measuring the acceleration of gravity
- 27. Study of oscillations of a spring oscillator
- 33. Investigating motion in different reference frames
- 34. Observing phenomena in inertial and non-inertial reference frames
- 37. Checking Newton's second law
- 38. Study of the increase in apparent weight under acceleration
- 39. Study of Newton's third law
- 40. Study of the law of conservation of total mechanical energy
Middle school
basic (vii–ix) level
Topic 1. Physical methods of investigating nature
- — 1. Determining the value represented by each division on an instrument scale.
- — 2. Measuring length.
- — 3. Measuring volume.
basic (vii–ix) level
Topic 3. Mechanical motion and interaction of bodies. Pressure
- — 4. Study of non-uniform motion.
- — 5. Measuring the density of a substance.
- — 6. Study of friction force.
basic (vii–ix) level
Topic 4. Work and power. Energy
basic (vii–ix) level
Topic 1. Fundamentals of kinematics
- — 1. Determination of absolute and relative errors of direct measurements.
- — 2. Measurement of acceleration during uniformly accelerated motion of a body.
basic (vii–ix) level
Topic 2. Basics of dynamics
- — 4. Verification of Hooke's law.
- — 5. Measuring the sliding friction coefficient.
basic (vii–ix) level
Topic 3. Basics of statics
- — 7. Checking the equilibrium condition of the lever.
- — 8. Study of fixed and movable pulleys.
- — 9. Study of an inclined plane and measurement of its efficiency.
- — 10. Study of buoyant force.
basic (vii–ix) level
Topic 4. Conservation laws in mechanics
- — 12. Checking the law of conservation of mechanical energy.
High school
basic (x–xi) level
Topic 1. Mechanical vibrations and waves
- — 1. Studying the oscillations of a mass suspended from a string.
- — 2. Measuring gravitational acceleration using a simple pendulum.
- — 3. Measuring the spring constant from the oscillation behaviour of a spring-mass system.
advanced (x–xi) level
Topic 1. Mechanical vibrations and waves
- — 1. Studying the oscillations of a mass suspended from a string.
- — 2. Measuring gravitational acceleration using a simple pendulum.
- — 3. Measuring the spring constant from the oscillation behaviour of a spring-mass system.
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