Physics Mechanics Wave Science Kits for Lab Use in Schools & Colleges ATICO Export

Wave phenomena in ultrasonics:

• Wave properties such as interference, diffraction, standing waves, reflection and refraction can be easily learned through student experiments
• Experiments are clear, quick, impressive and highly precise
• The equipment provides multiple methods for determining wavelength

Extreme precision:

• The central component is a control unit

• It provides two synchronously oscillating transmitters

• It sends receiver signals directly to a display

• Powered by a 9 V block battery

• High accuracy is achieved through advanced electronics

• Mirror scale on the base plate improves reading precision

• Transparent acrylic scales allow measurements up to:

• Half a degree accuracy

• Half a millimetre accuracy

Possible enhancements:

• Diffraction by a grating cannot be demonstrated with this set
• Polarisation is also not included
• These can be explored using the OPTICS 3 plus experiment set

Included items:

• 1 × Storage case
• 1 × Inlay with cut-outs for apparatus, WA
• 1 × Central ultrasonic control unit, WA
• 2 × Transmitter
• 1 × Receiver
• 1 × Base plate with mirror scale
• 2 × Rails with scale A
• 2 × Scale riders A
• 1 × Rail with scale B
• 2 × Scale riders B
• 1 × Aperture holder
• 1 × Opaque aperture, WA
• 1 × Aperture with single slit, WA
• 1 × Aperture with double slit, WA
• 2 × Parabolic attachments, WA
• 1 × Foam block, WA
• 1 × Triangular steel plate
• 3 × Screw feet including screw
• 1 × Fireproof triangular plate
• 3 × Screw feet with external thread
• 3 × Knurled nuts, black
• 2 × Knurled screws, long
• 2 × Knurled screws, short
• 4 × Knurled nuts, large
• 1 × Storage box, C1
• 1 × Experiment lead, 25 cm, red
• 1 × Experiment lead, 25 cm, blue

Additionally required:

• Multimeter AMM 3000
• 6 × Tea candles

Experiments:

• Transmitter characteristics
• Focusing waves
• Reflection at a plane mirror
• Absorption
• Refraction
• The superposition principle
• Interference
• Lloyd’s experiment
• Diffraction at an obstacle
• Diffraction at a double slit
• Diffraction at a single slit
• Standing waves 1
• Standing waves 2