SEK Electricity and Magnetism U8506000
Set of equipment for carrying out 41 student experiments on electricity and magnetism. Comes with comprehensive student and instructor experiment manuals and instructions. In a tough plastic box 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) and the safe SEK Power Supply @115 V (1000997) or @230 V (1019426) so that they are compact but still clear in their layout and objectives.
Contents:
• 1 Set of experiment leads
• 1 Bar magnet, 65x16x5 mm approx.
• 1 Horseshoe magnet, ALNICO, flat
• 1 Resistor board
• 1 Transformer core, 20x20 mm
• 1 Tightening screw
• 1 Coil, 200/400/600 windings
• 1 Coil, 400/400/800 windings
• 2 Current branches (plug-in components)
• 1 Potentiometer, 100 Ω (plug-in component)
• 1 Switch (plug-in component)
• 1 Capacitor, 4700 μF (plug-in component)
• 1 Capacitor, 10 μF (plug-in component)
• 1 Resistor, 33 Ω (plug-in component)
• 1 Resistor, 47 Ω (plug-in component)
• 1 Resistor, 1 kΩ (plug-in component)
• 1 NTC-resistor, 100 Ω (plug-in component)
• 2 Lamp sockets, E10 (plug-in components)
• 2 Light bulbs, E10, 7 V
• 1 Storage box with 1 set of threads with washer, 2 threaded bushes, 2
• threaded pins, 2 Paper clips, 2 aluminium electrodes, constantan wire
• 50 g of iron filings
• 50 m of chrome/nickel wire, 0.2mm
• 50 m of iron wire, 0.2 mm
• 1 Tea candle
Includes 41 Experiments on the Subject of Electricity and Magnetism:
• Closed circuits
• Conductors and insulators
• Circuits with no branches
• Circuits with branches
• Current in a circuit with no branches
• Current in a circuit with branches
• Initial voltage and terminal voltages
• Voltage in a circuit with no branches
• Voltage in a circuit with branches
• Voltage dividers
• Ohm’s law
• Temperature dependence of a resistor (iron wire)
• Current-voltage diagram for a light bulb
• Current-voltage diagram for a thermistor
• Law of resistance
• Resistance in a circuit with no branches
• Resistance in a circuit with branches
• Resistance and voltage in a circuit with no branches
• Resistance and current in a circuit with branches
• Voltage dividers with and without a load
• Voltage-time diagram for charging and discharging of a capacitor
• Current-time diagram for charging and discharging of a capacitor
• Relationship between charge and voltage
• Capacitor in the DC and AC circuit (response)
• Test bodies in a magnetic field
• Magnetic poles
• Magnetic field of a horseshoe magnet and a bar magnet
• Magnetic dipoles
• A coil used as a magnet
• Forces in the magnetic field of a coil
• Induction due to relative motion
• Induction due to changes in magnetic field
• Induction law
• Ohmic resistance in AC and DC circuits
• Capacitors in AC and DC circuits (resistance)
• Coils in AC and DC circuits
• How a transformer works
• Voltage and number of windings for a transformer with no load
• Transformer under load
• Transformer under heavy load
• Thermoelectricity
• 39.4 x 49.0 x 14.0 cm; 3.3 kg