Informacija apie prekę
Prekės kodas
1008527 [U8501000]
Svoris
3.9 kg
Išmatavimai
39.4 x 49.0 x 14.0 cm
Ženklas
3B Scientific
SEK Mechanics
Set of equipment for carrying out 23 student experiments in classical mechanics. Comes with comprehensive student and instructor experiment manuals and instructions. In a tough plastic tray containing a foam insert with cut-outs for the equipment and featuring a transparent lid. Experiments are set up and performed on the SEK Base Plate 1000789 (U8408035) so that they are compact but still clear in their layout and objectives.
Contents:
2 Stand rods with external and internal thread, 400 mm
1 Stand rod with external thread, 400 mm
2 Stand rods, 110 mm
2 Double clamps
1 Beam balance
2 Weighing pans with holders
1 Scale for balance
1 Axle rod for pulleys
1 Rolling pin with add-on weights
1 Block and tackle with two pulleys and two hooks
1 Block and tackle with two pulleys and one hook
1 Multiple pulley
1 Plastic pulley, 40 mm
4 Weights, 25 g
1 Weight, 50 g
1 Weight, 100 g
1 Magnetic base
1 Adjustable bracket
2 S-shaped hooks, 1 g
2 S-shaped hooks, 2 g
1 S-shaped hook, 5 g
1 Body for friction and inertia experiments
1 Set of plastic strips for friction experiment
1 Dynamometer 1 N
1 Dynamometer 2 N
1 Leaf spring, 330 mm
1 Coil spring with 2 eyelets, approx. 5.25 N/m
100 m of twine
2 Pointers
1 Measuring cylinder
1 Stand base for measuring cylinder
3 Strips of velour paper
1 Set square
Includes 23 Experiments on the Subject of Mechanics:
Hooke's law
Calibrating a dynamometer
Deformation of a leaf spring
Addition of forces acting along the same line
Resolution of a force into two components
Investigation of inertia
Types of friction
Laws of static and kinetic friction
Equilibrium conditions for a first-class lever
Equilibrium conditions for second and third-class levers
Forces, paths and work with fixed pulleys
Forces, paths and work with non-fixed pulleys
Forces, paths and work with block and tackle
Forces, paths and work with multiple pulleys
Forces on an inclined plane
Determining the volume of solid bodies
Determining the mass of solid bodies (beam balance)
Determination of density
Determining the nature of a material by measuring density
Specific weight and buoyancy
Period of a string pendulum
Determining gravitational acceleration with the aid of a string pendulum
Period of a spring oscillator
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