|
Specifications
|
Conducting electronics experiments in addition to third-year level experiments
In this laboratory, selected experiments in the field of optics, waves, atomic physics and modern physics are presented. This includes the following experiments: - Frank Hertz. - Electron diffraction. - Measuring the ratio of the electron’s charge to its mass (e/m) using the Thomson method. - Atomic spectra. - Photoelectric effect. - Microwave. - Magnetic retardation. - X-rays (energy levels of copper; Kα and Kβ emissions). - The speed of sound in liquids and its relationship with temperature. - The speed of light. - Michelson interjected. - Measuring the ratio of the electron’s charge to the Boltzmann constant (e/k).
|
|
Instruments
|
- Ultrasonic Genrator
- Vernier Caliper
- PowerSupply Five OutPut Voltage
- Franck- Hertz Experiment Instrument
- Plastic Digital Vernier Caliper, 150 mm
- Micrometer 0-25
- FRANCK HERTZ TUBE
- Digital Balance
- Rheostates
- Microwave experiment setup
- E/M App
- X-ray- Basic unit 35KV
- Multirange-Demo
- Function Generator Digital
- Capacitance Box-Decade
- Resistance Box
- Voltmeter 3 range
- Powert Supply
- Thermocouple NiCr-Ni,
- Digital Gaussmeter
- Power Supply, High Tenssion 10KV
- Galvanometer zero scale(50-0-50)
- Mini AF-Generator,
- transistor tester
- Oscilloscope
- Power Supply 0-50V
- Laser-He-Ne
- Counter Timer-Frequecy
- Analog Multimeter
- Digital High Voltage Meter
- Hysterisis App
- ~Discharged tubes different gases kit of H2,O2,N2,CO2
- Plank constant experiment setup( Photoelectric effect )
- Digital Multimeter
- Power supply for He Ne Laser Red
- Digital Thermometer With Prope
- Power Supply-7Kv,
- IC Tester
|
