Physics experiments - physics demonstrations - labs:
topics |
Bimetallic strip |
Bimetallic strip |
Cathode Ray Tube
How does a cathode ray tube work? |
Conduction of
liquids test the conductivity of liquids and solutions |
Demonstration of
piezoelectricity
Piezoelectricity, is an effect that occurs when mechanical
stress is applied to certain materials. An electrical polarisation is set up in
the crystal with the result that the faces become electrically charged. The
charge reverses if the compression changes to tension. Because the effect is
reversible an electric field applied across the material causes it to contract,
or expand, according to the sign of the field |
Demonstrations
with a hair-drier The baloon over the hair-drier, The free-style over the
hair-drier, The baloon under the hair-drier, The weather-cock, Anemometers,
Flowing round solid bodies, The paradox of two bottles, The paradox of a sailing
ship, The sailing truck, Balancing the paper ball |
Electricity experiments
Simple Electricity experiments, deals with electric circuits, electricity, the
basic principles of electricity production and electricity transmission |
Electronics
Experiments |
Experiments with
a piezoelectric gas lighter Accessories of the lighter, The straw
electroscope, The sparkling from a point, The windmill, Bells, Dancing papers,
Obedient bubbles, The electrostatic motor, The cannon |
Magic Pendulum pdf file |
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Weather and Climate experiments |
Build Your Own Weather Station pdf file |
Catching the Wind
A mechanical device to gauge wind speed, Learn how an anemometer works and use
one to make wind speed measurements, pdf file |
Home-made barometers
under pressure The barometer consists of a test tube with 5mm graduations
inverted in a beaker of water, pdf file |
Liquid Crystal thermometers Liquid crystal thermometers portray temperatures
as colors and can be used to follow temperature changes caused by heat flow.
They can be used to observe that heat flows by conduction, convection, and
radiation |
Make a
thermometer part of Science projects |
Make your own barometer Make your own barometer, pdf file |
Make Your own Barometer! Make Your own Barometer! |
Observing and
Measuring the Weather and Climate
Guidelines, Make a Rain Gauge, Make a
Barometer, Luke Howard and Cloud Names, Beaufort Scale, Barometers, Cloud
Identification, Weather Log Book |
Tornado Simulator
Tornado Simulator |
Weather
Experiments Making a Barometer, Making a Humidity Monitor, Making Clouds,
Model of the Water Cycle, Plants and Weather, Rain Gauge, Tornado!, Weather
Fronts, Wind Vane and Anemometer |
Weather Experiments and Demonstrations |
Weather instruments
This booklet looks at ways in which simple weather measurements can be made with
a minimum of cost or fuss. It has been written primarily as guidance for
schoolteachers, particularly those in junior and middle schools, pdf file |
Windicator
An Electronic Weather Instrument |
Horizontaal |
Sound experiments |
2-Tubaphones
Make an instrument with an adjustable pitch to explore the science of sound
waves and the art of music, pdf file |
Audible Magnetic Domains An audio amplifier and a coil wound around a piece
of iron will allow you to listen to the sounds made by moving magnetic domain
walls as the iron becomes magnetized |
Breaking Glass with Sound Breaking Glass with Sound |
Breaking Glass with
Sound Breaking Glass with Sound |
Doppler Effect pdf file |
Doppler Effect Experiment using Reflected Sound |
Doppler Effect Experiment Determining speed of sound through
Doppler's Effect the aim in this experiment is to determine the speed of
sound using Doppler’s Effect, pdf file |
Effet DOPPLER en Français |
Good Vibrations
Understand that sounds are made by vibrations, Understand how sounds travel and
are heard, Develop science skills of observing, comparing, and categorizing, pdf file |
Make A PVC Flute |
Megaphones sound experiment Megaphones sound experiment |
Resonating
Wine Glass
This experiment is about resonance. In this experiment you will
be making a wine glass vibrate at its resonant frequency before slowing the
vibrations down using a strobe light, pdf file |
Shattering a
Glass with Sound Shattering a Glass with Sound |
Shattering glass with
sound |
Sound
sound travels faster in solids than in the air, Echoes, pdf file |
Sound and Hearing
To demonstrate that sound travels. To explore how sound is reflected, amplified
and recorded. To investigate the physical components of the ear and the way it
works |
Sound Experiments
Bouncing Sound, Making a Stethoscope, Pitch Switch, Playing Pipes, Seeing Sound
Waves, Shoebox Guitar, Slinky Waves, String Telephone |
Sound
experiments
To investigate whether sound travels better through a solid or a
gas, To examine how the larynx or voice box vibrates as we speak, To examine
(hear and feel) sound vibrations, To create some strange sounds with everyday
materials, To create a megaphone and discover how we can make our voices louder
and how we can hear more, To create a loud bang with paper |
Sound
Resonance Tube
Determine the velocity of sound in air by measuring the
resonant frequencies of an open tube. Measure the signal distribution in a
closed tube, calculate the wavelength and speed of sound from this data |
Speak to Me pdf file |
The best way for breaking glass with sound breaking glass with sound, How to
Break a Crystal Glass With Sound |
Two Speakers Facing Each Other with a Microphone
Two Speakers Facing Each Other with a Microphone |
Waves and
sound experiments
Waves in Springs, Longitudinal Waves, Waves in the Ripple
Tank, Superposition of Waves, Speed, Frequency and Wavelength of Waves,
Transverse Standing Waves, Longitudinal Standing Waves, Sound Wave Analysis,
Interference of Waves, Doppler Effect |
Horizontaal |
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Last updated on:
2011-01-13
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