Physics Sound & Waves Lab Lab Equipment Manufacturer, Supplier and Exporter in India

This experiment is used to demonstrate longitudinal and transverse motion, comprising of a number of eccentric discs supporting a series of metal rods while revolving the handle, transverse waves are produced. 

Its comes with stand of an overall height of 43 cm. for being utilized in vertical or horizontal position, fitted with hand wheel and wire helix belt drive to pulley. Appropriate to use with Savart’s wheel and disc and adopter to accommodate color discs.

This experiment is done for the purpose For demonstrating the movement of progressive transverse waves, consisting of 22 small balls on wire rods, with eccentric motion joining, with driving handle and fixed on finished wooden base.

Digital Thermometer, Wide Range,-50°C to +200°C (-58°F to +392°F) - Hand Held with Probe

Thermometers Mercury - White Backed, -10 to 110°C

Description:

• Single-row ball bearing 
• Inner diameter: 25mm
• Material: Stainless steel
• Used In: In Precision instruments, low noise motor, automobiles, motorcycle, machinery and other industries

• Set of materials dedicated to the study of kinematics/dynamics/energy. Optimized selection of 20 experiments directly inspired by international curricula on this theme.
• All equipment is stored in a case with a captive lid and built-in folding handle.
• The lid closes with a patented bayonet locking system, enabling several boxes to be firmly joined together to form a stable stack that can be transported with just one hand.
• To remove a box from the stack, simply lift the central locking system.
• Inside the box, a foam insert with pre-formed cavities ensures long-lasting storage of components. 
• The set is accompanied by educational literature in the form of manuals with student and teacher books supplied in electronic form for easy reproduction.

• Time and distance (definition of the second)
• Reaction time
• Notion of reference frame
• Uniform rectilinear motion (URM)
• Instantaneous speed
• Uniformly accelerated rectilinear motion (UARM)
• Free fall
• Parabolic motion
• Acceleration and force
• Acceleration and mass
• Coil spring pendulum 1
• Coil spring pendulum 2
• Simple pendulum
• Principle of conservation of mechanical energy
• Kinetic energy
• Non-harmonic oscillations
• Conservation of momentum
• Inelastic collision
• Elastic collision 1
• Elastic collision 2

• Light barriers
• Digital counter
• Rail support
• Cord, 100 cm, in case
• Set of balls in case
• Beam interception rod
• Coil spring, 3 N/m
• Coil spring, 10 N/m
• Dynamic carriage
• Pulley with hook
• Rod with hook 
• Mounting spindle
• Wooden pendulum ball with hook
• Steel pendulum ball with hook
• Release plate
• Pulley support
• Wire spool
• Razor blade with handles
• Jumper for light barrier
• Support rod for light barrier
• Spring bumper

• Universal bracket
• Universal rail, 1000 mm

Literature:

• Exercise book ME3+ for students
• Teacher's manual ME3+

• It is suitable for generating a sufficiently strong airflow, which is necessary for conducting aerodynamics experiments. 
• It allows for the effective determination of lift and drag forces on bodies of different shapes. 
• The blower is also used in experiments involving air tracks
• Blower/generator for air track
• Power: 230 V, 50/60 Hz.
• Hose length: 1.5 m
• Power consumption: 350 W

• Aluminum rod length 125 cm
• Scale length 1.2 m with 1 mm divisions. 
• Steel ball diameter: 19.05 mm. 
• Triangular base: 260×260×8 mm. 
• Digital timer powered by DC 6 V (4×LR03 batteries). 
• 4½-digit LCD Display
• Timing range: 0.0001–999.99 s
• Timing resolution/accuracy: 0.1 ms
• Includes 1 built-in photogate and 2 external photogates. 
• Memory for 5 measured time values. 
• Timer dimensions: 73×60×77.5 mm.

• A track assembly 480 mm high and 30 mm in diameter, combined with photogates and an electronic timer with data storage. 
• Include four optical sensors/photogates and an electronic timer with storage.
• A stable base with graduated inclination angle and display able to show ball passage time at three intervals
• Motion apparatus/cylinder with four optical sensors for recording motion on an inclined plane
• One ball
• Power supply
• Complete with methodological/experimental guidance with real experiments.