3B Scientific - Physics & Engineering Experiments
3B Scientific - Physics & Engineering Experiments
3B Scientific - Physics & Engineering Experiments
You also want an ePaper? Increase the reach of your titles
YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.
CONTENT<br />
CONTENT<br />
Coupled Oscillations (UE1050600):.............................................................. 58<br />
Record and evaluate oscillation of two identical coupled pendulums<br />
Mechanical Waves (UE1050700):.................................................................. 60<br />
Investigate standing waves along a stretched coil spring and a taut rope<br />
Heat<br />
Thermodynamic Cycles<br />
Stirling Motor D (UE2060100):..................................................................... 92<br />
Operate a functional model of a Stirling engine as a heat engine<br />
Stirling Engine G (UE2060250):.................................................................... 94<br />
Record a p-V diagram<br />
Voltage Dividers (UE3020340):................................................................... 112<br />
Measure the voltage and current for a voltage divider with and without a<br />
load<br />
Electrolysis (UE3020700):........................................................................... 114<br />
Determine the Faraday constant<br />
Acoustics<br />
Speed of Sound in Air (UE1070310):............................................................ 62<br />
Measuring the propagation time of sound pulses in Kundt's tube<br />
Speed of Sound in Air (UE1070320):............................................................ 64<br />
Generate and measure standing sound waves in Kundt’s tube<br />
Propagation of Sound in Solids (UE1070530):............................................. 66<br />
"Determine the speeds of sound propagated by longitudinal and<br />
transversal waves in solids"<br />
Debye Sears Effect (UE1070550):.................................................................. 68<br />
Determine the velocity of ultrasonic waves in liquids<br />
Mechanics of Liquids and Gases<br />
Falling Sphere Viscosimeter (UE1080350):................................................... 70<br />
Determine the dynamic viscosity of an aqueous solution of glycerine<br />
Surface Tension (UE1080400):...................................................................... 72<br />
Measure the surface tension by the “break-away” method<br />
Thermal Expansion<br />
Thermal Expansion of Solid Bodies (UE2010130):....................................... 74<br />
Determine the coefficients of expansion for brass, steel and glass<br />
Anomaly of Water (UE2010301):.................................................................. 76<br />
Determine the temperature where water reaches its maximum density<br />
Heat Transfer<br />
Heat Conduction (UE2020100):.................................................................... 78<br />
Measure conduction of heat in metal bars<br />
Heat Pump (UE2060300):............................................................................. 96<br />
Record and analyse the pressure-enthalpy diagram for a compression heat<br />
pump<br />
Electricity<br />
Magnetic Fields<br />
Lorentz Force (UE3030300):....................................................................... 116<br />
Measure the force on a current-carrying conductor in a magnetic field<br />
Magnetic Field of a Cylindrical Coil (UE3030500):..................................... 118<br />
Determine the magnetic field generated by coils of various lengths<br />
Magnetic Field of the Earth (UE3030700):................................................. 120<br />
Determine the horizontal and vertical components of the earth’s magnetic<br />
field<br />
Induction<br />
Faraday's Law of Induction (UE3040100):.................................................. 122<br />
Generating a voltage pulse in a conducting loop by the motion of a<br />
permanent magnet<br />
Induction in a Moving Current-loop (UE3040200):.................................... 124<br />
Measure the induced voltage in a conductor made into a loop as it moves<br />
through a magnetic field<br />
Leslie Cube (UE2020200):............................................................................. 80<br />
Measure the heat radiated by a Leslie cube<br />
Internal Energy<br />
Internal Energy and Mechanical Work (UE2030300):................................... 82<br />
Increase of internal energy by mechanical work<br />
Internal Energy and Electrical Work (UE2030400):...................................... 84<br />
Increase internal energy by means of electrical work<br />
Gas Laws<br />
Boyle's Law (UE2040100):............................................................................ 86<br />
Measuring at room temperature in air as an ideal gas<br />
Adiabatic Index of Air (UE2040200):............................................................ 88<br />
Determine the adiabatic index C p<br />
/C V<br />
for air using Rüchardt’s method<br />
Real Gas and Critical Point (UE2040300):..................................................... 90<br />
Quantitative analysis of a real gas and determining its critical point<br />
Electrostatics<br />
Electric Field in a Plate Capacitor (UE3010700):.......................................... 98<br />
Measure the electric field in a plate capacitor using the electric field meter<br />
Voltage on a Plate Capacitor (UE3010800):................................................ 100<br />
"Measure the electrostatic voltage as a function of the distance<br />
between the plates"<br />
Charge Transport and Current<br />
Charged Droplets of Water (UE3020100):................................................... 102<br />
Demonstrate the electric current generated by the motion of charged<br />
droplets of water<br />
Electrical Conductors (UE3020200):........................................................... 104<br />
Determine the electrical conductivity of copper and aluminium<br />
Wheatstone's Bridge (UE3020300):............................................................ 106<br />
Determine the value of certain resistances<br />
Ohm’s Law (UE3020320):............................................................................ 108<br />
Verification of Ohm’s law<br />
Waltenhofen's Pendulum (UE3040400):..................................................... 126<br />
Demonstrate and investigate how an eddy-current brake works<br />
Transformers (UE3040500):........................................................................ 128<br />
Make measurements on a transformer with and without load<br />
DC and AC circuits<br />
Charging and Discharging a Capacitor (UE3050101):................................. 130<br />
Investigation of how the voltage across a capacitor changes over time when<br />
the capacitor is charging or discharging<br />
Charging and Discharging a Capacitor (UE3050105):................................. 132<br />
Determine the charging and discharging times<br />
Impedance of a Capacitor in an AC Circuit (UE3050111):.......................... 134<br />
Determine the impedance of a capacitor as a function of capacitance and<br />
frequency<br />
Charging and Discharging a Coil (UE3050201):.......................................... 136<br />
Investigation of how the current through a coil changes over time when the<br />
DC supply is turned on and off<br />
Kirchhoff’s Laws (UE3020330):................................................................... 110<br />
Measure voltage and current in circuits featuring resistors in series and<br />
in parallel.<br />
Impedance of a Coil in an AC Circuit (UE3050211):................................... 138<br />
Determine inductive impedance as a function of inductance and frequency<br />
4<br />
<strong>3B</strong> <strong>Scientific</strong>® <strong>Experiments</strong><br />
...going one step further 5